Part A 2CO(g)+O2(g)%u21CC2CO2(g) %u0394H%u2218rxn= -566.0 kJ a %u0394Ssys>0, %u0

Question

Part A 2CO(g)+O2(g)%u21CC2CO2(g)   %u0394H%u2218rxn= -566.0 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part B 2NO2(g)%u21922NO(g)+O2(g)%u0394H%u2218rxn= +113.1 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part C 2H2(g)+O2(g)%u21922H2O(g)%u0394H%u2218rxn= -483.6 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part D CO2(g)%u2192C(s)+O2(g)%u0394H%u2218rxn= +393.5 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part E In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous.   The reaction is spontaneous at all temperatures.   The reaction is spontaneous at low temperatures.   The reaction is spontaneous at high temperatures.   The reaction is nonspontaneous at all temperatures.
Part F In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part G In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part H In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
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a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part B 2NO2(g)%u21922NO(g)+O2(g)%u0394H%u2218rxn= +113.1 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part C 2H2(g)+O2(g)%u21922H2O(g)%u0394H%u2218rxn= -483.6 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part D CO2(g)%u2192C(s)+O2(g)%u0394H%u2218rxn= +393.5 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part E In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous.   The reaction is spontaneous at all temperatures.   The reaction is spontaneous at low temperatures.   The reaction is spontaneous at high temperatures.   The reaction is nonspontaneous at all temperatures.
Part F In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part G In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part H In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
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a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part B 2NO2(g)%u21922NO(g)+O2(g)%u0394H%u2218rxn= +113.1 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part C 2H2(g)+O2(g)%u21922H2O(g)%u0394H%u2218rxn= -483.6 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part D CO2(g)%u2192C(s)+O2(g)%u0394H%u2218rxn= +393.5 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part E In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous.   The reaction is spontaneous at all temperatures.   The reaction is spontaneous at low temperatures.   The reaction is spontaneous at high temperatures.   The reaction is nonspontaneous at all temperatures.
Part F In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part G In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part H In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> Part A 2CO(g)+O2(g)%u21CC2CO2(g)   %u0394H%u2218rxn= -566.0 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part B 2NO2(g)%u21922NO(g)+O2(g)%u0394H%u2218rxn= +113.1 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part C 2H2(g)+O2(g)%u21922H2O(g)%u0394H%u2218rxn= -483.6 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part D CO2(g)%u2192C(s)+O2(g)%u0394H%u2218rxn= +393.5 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part E In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous.   The reaction is spontaneous at all temperatures.   The reaction is spontaneous at low temperatures.   The reaction is spontaneous at high temperatures.   The reaction is nonspontaneous at all temperatures.
Part F In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part G In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part H In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> 2CO(g)+O2(g)%u21CC2CO2(g)   %u0394H%u2218rxn= -566.0 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part B 2NO2(g)%u21922NO(g)+O2(g)%u0394H%u2218rxn= +113.1 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part C 2H2(g)+O2(g)%u21922H2O(g)%u0394H%u2218rxn= -483.6 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part D CO2(g)%u2192C(s)+O2(g)%u0394H%u2218rxn= +393.5 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part E In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous.   The reaction is spontaneous at all temperatures.   The reaction is spontaneous at low temperatures.   The reaction is spontaneous at high temperatures.   The reaction is nonspontaneous at all temperatures.
Part F In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part G In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part H In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part B 2NO2(g)%u21922NO(g)+O2(g)%u0394H%u2218rxn= +113.1 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part C 2H2(g)+O2(g)%u21922H2O(g)%u0394H%u2218rxn= -483.6 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part D CO2(g)%u2192C(s)+O2(g)%u0394H%u2218rxn= +393.5 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part E In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous.   The reaction is spontaneous at all temperatures.   The reaction is spontaneous at low temperatures.   The reaction is spontaneous at high temperatures.   The reaction is nonspontaneous at all temperatures.
Part F In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part G In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part H In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part B 2NO2(g)%u21922NO(g)+O2(g)%u0394H%u2218rxn= +113.1 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part C 2H2(g)+O2(g)%u21922H2O(g)%u0394H%u2218rxn= -483.6 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part D CO2(g)%u2192C(s)+O2(g)%u0394H%u2218rxn= +393.5 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part E In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous.   The reaction is spontaneous at all temperatures.   The reaction is spontaneous at low temperatures.   The reaction is spontaneous at high temperatures.   The reaction is nonspontaneous at all temperatures.
Part F In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part G In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part H In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part B 2NO2(g)%u21922NO(g)+O2(g)%u0394H%u2218rxn= +113.1 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part C 2H2(g)+O2(g)%u21922H2O(g)%u0394H%u2218rxn= -483.6 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part D CO2(g)%u2192C(s)+O2(g)%u0394H%u2218rxn= +393.5 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part E In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous.   The reaction is spontaneous at all temperatures.   The reaction is spontaneous at low temperatures.   The reaction is spontaneous at high temperatures.   The reaction is nonspontaneous at all temperatures.
Part F In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part G In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part H In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part B 2NO2(g)%u21922NO(g)+O2(g)%u0394H%u2218rxn= +113.1 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part C 2H2(g)+O2(g)%u21922H2O(g)%u0394H%u2218rxn= -483.6 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part D CO2(g)%u2192C(s)+O2(g)%u0394H%u2218rxn= +393.5 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part E In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous.   The reaction is spontaneous at all temperatures.   The reaction is spontaneous at low temperatures.   The reaction is spontaneous at high temperatures.   The reaction is nonspontaneous at all temperatures.
Part F In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part G In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part H In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> d  %u0394Ssys<0, %u0394Ssurr<0
Part B 2NO2(g)%u21922NO(g)+O2(g)%u0394H%u2218rxn= +113.1 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part C 2H2(g)+O2(g)%u21922H2O(g)%u0394H%u2218rxn= -483.6 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part D CO2(g)%u2192C(s)+O2(g)%u0394H%u2218rxn= +393.5 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part E In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous.   The reaction is spontaneous at all temperatures.   The reaction is spontaneous at low temperatures.   The reaction is spontaneous at high temperatures.   The reaction is nonspontaneous at all temperatures.
Part F In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part G In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part H In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span">
Part B 2NO2(g)%u21922NO(g)+O2(g)%u0394H%u2218rxn= +113.1 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part C 2H2(g)+O2(g)%u21922H2O(g)%u0394H%u2218rxn= -483.6 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part D CO2(g)%u2192C(s)+O2(g)%u0394H%u2218rxn= +393.5 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part E In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous.   The reaction is spontaneous at all temperatures.   The reaction is spontaneous at low temperatures.   The reaction is spontaneous at high temperatures.   The reaction is nonspontaneous at all temperatures.
Part F In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part G In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part H In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> Part B 2NO2(g)%u21922NO(g)+O2(g)%u0394H%u2218rxn= +113.1 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part C 2H2(g)+O2(g)%u21922H2O(g)%u0394H%u2218rxn= -483.6 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part D CO2(g)%u2192C(s)+O2(g)%u0394H%u2218rxn= +393.5 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part E In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous.   The reaction is spontaneous at all temperatures.   The reaction is spontaneous at low temperatures.   The reaction is spontaneous at high temperatures.   The reaction is nonspontaneous at all temperatures.
Part F In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part G In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part H In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> 2NO2(g)%u21922NO(g)+O2(g)%u0394H%u2218rxn= +113.1 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part C 2H2(g)+O2(g)%u21922H2O(g)%u0394H%u2218rxn= -483.6 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part D CO2(g)%u2192C(s)+O2(g)%u0394H%u2218rxn= +393.5 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part E In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous.   The reaction is spontaneous at all temperatures.   The reaction is spontaneous at low temperatures.   The reaction is spontaneous at high temperatures.   The reaction is nonspontaneous at all temperatures.
Part F In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part G In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part H In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
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a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part C 2H2(g)+O2(g)%u21922H2O(g)%u0394H%u2218rxn= -483.6 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part D CO2(g)%u2192C(s)+O2(g)%u0394H%u2218rxn= +393.5 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part E In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous.   The reaction is spontaneous at all temperatures.   The reaction is spontaneous at low temperatures.   The reaction is spontaneous at high temperatures.   The reaction is nonspontaneous at all temperatures.
Part F In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part G In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part H In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part C 2H2(g)+O2(g)%u21922H2O(g)%u0394H%u2218rxn= -483.6 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part D CO2(g)%u2192C(s)+O2(g)%u0394H%u2218rxn= +393.5 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part E In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous.   The reaction is spontaneous at all temperatures.   The reaction is spontaneous at low temperatures.   The reaction is spontaneous at high temperatures.   The reaction is nonspontaneous at all temperatures.
Part F In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part G In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part H In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part C 2H2(g)+O2(g)%u21922H2O(g)%u0394H%u2218rxn= -483.6 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part D CO2(g)%u2192C(s)+O2(g)%u0394H%u2218rxn= +393.5 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part E In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous.   The reaction is spontaneous at all temperatures.   The reaction is spontaneous at low temperatures.   The reaction is spontaneous at high temperatures.   The reaction is nonspontaneous at all temperatures.
Part F In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part G In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part H In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part C 2H2(g)+O2(g)%u21922H2O(g)%u0394H%u2218rxn= -483.6 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part D CO2(g)%u2192C(s)+O2(g)%u0394H%u2218rxn= +393.5 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part E In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous.   The reaction is spontaneous at all temperatures.   The reaction is spontaneous at low temperatures.   The reaction is spontaneous at high temperatures.   The reaction is nonspontaneous at all temperatures.
Part F In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part G In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part H In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> d  %u0394Ssys<0, %u0394Ssurr<0
Part C 2H2(g)+O2(g)%u21922H2O(g)%u0394H%u2218rxn= -483.6 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part D CO2(g)%u2192C(s)+O2(g)%u0394H%u2218rxn= +393.5 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part E In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous.   The reaction is spontaneous at all temperatures.   The reaction is spontaneous at low temperatures.   The reaction is spontaneous at high temperatures.   The reaction is nonspontaneous at all temperatures.
Part F In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part G In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part H In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span">
Part C 2H2(g)+O2(g)%u21922H2O(g)%u0394H%u2218rxn= -483.6 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part D CO2(g)%u2192C(s)+O2(g)%u0394H%u2218rxn= +393.5 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part E In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous.   The reaction is spontaneous at all temperatures.   The reaction is spontaneous at low temperatures.   The reaction is spontaneous at high temperatures.   The reaction is nonspontaneous at all temperatures.
Part F In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part G In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part H In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> Part C 2H2(g)+O2(g)%u21922H2O(g)%u0394H%u2218rxn= -483.6 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part D CO2(g)%u2192C(s)+O2(g)%u0394H%u2218rxn= +393.5 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part E In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous.   The reaction is spontaneous at all temperatures.   The reaction is spontaneous at low temperatures.   The reaction is spontaneous at high temperatures.   The reaction is nonspontaneous at all temperatures.
Part F In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part G In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part H In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> 2H2(g)+O2(g)%u21922H2O(g)%u0394H%u2218rxn= -483.6 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part D CO2(g)%u2192C(s)+O2(g)%u0394H%u2218rxn= +393.5 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part E In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous.   The reaction is spontaneous at all temperatures.   The reaction is spontaneous at low temperatures.   The reaction is spontaneous at high temperatures.   The reaction is nonspontaneous at all temperatures.
Part F In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part G In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part H In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
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a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part D CO2(g)%u2192C(s)+O2(g)%u0394H%u2218rxn= +393.5 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part E In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous.   The reaction is spontaneous at all temperatures.   The reaction is spontaneous at low temperatures.   The reaction is spontaneous at high temperatures.   The reaction is nonspontaneous at all temperatures.
Part F In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part G In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part H In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part D CO2(g)%u2192C(s)+O2(g)%u0394H%u2218rxn= +393.5 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part E In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous.   The reaction is spontaneous at all temperatures.   The reaction is spontaneous at low temperatures.   The reaction is spontaneous at high temperatures.   The reaction is nonspontaneous at all temperatures.
Part F In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part G In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part H In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part D CO2(g)%u2192C(s)+O2(g)%u0394H%u2218rxn= +393.5 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part E In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous.   The reaction is spontaneous at all temperatures.   The reaction is spontaneous at low temperatures.   The reaction is spontaneous at high temperatures.   The reaction is nonspontaneous at all temperatures.
Part F In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part G In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part H In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part D CO2(g)%u2192C(s)+O2(g)%u0394H%u2218rxn= +393.5 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part E In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous.   The reaction is spontaneous at all temperatures.   The reaction is spontaneous at low temperatures.   The reaction is spontaneous at high temperatures.   The reaction is nonspontaneous at all temperatures.
Part F In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part G In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part H In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> d  %u0394Ssys<0, %u0394Ssurr<0
Part D CO2(g)%u2192C(s)+O2(g)%u0394H%u2218rxn= +393.5 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part E In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous.   The reaction is spontaneous at all temperatures.   The reaction is spontaneous at low temperatures.   The reaction is spontaneous at high temperatures.   The reaction is nonspontaneous at all temperatures.
Part F In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part G In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part H In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
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Part D CO2(g)%u2192C(s)+O2(g)%u0394H%u2218rxn= +393.5 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part E In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous.   The reaction is spontaneous at all temperatures.   The reaction is spontaneous at low temperatures.   The reaction is spontaneous at high temperatures.   The reaction is nonspontaneous at all temperatures.
Part F In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part G In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part H In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> Part D CO2(g)%u2192C(s)+O2(g)%u0394H%u2218rxn= +393.5 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part E In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous.   The reaction is spontaneous at all temperatures.   The reaction is spontaneous at low temperatures.   The reaction is spontaneous at high temperatures.   The reaction is nonspontaneous at all temperatures.
Part F In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part G In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part H In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> CO2(g)%u2192C(s)+O2(g)%u0394H%u2218rxn= +393.5 kJ
a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part E In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous.   The reaction is spontaneous at all temperatures.   The reaction is spontaneous at low temperatures.   The reaction is spontaneous at high temperatures.   The reaction is nonspontaneous at all temperatures.
Part F In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part G In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part H In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
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a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part E In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous.   The reaction is spontaneous at all temperatures.   The reaction is spontaneous at low temperatures.   The reaction is spontaneous at high temperatures.   The reaction is nonspontaneous at all temperatures.
Part F In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part G In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part H In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> a  %u0394Ssys>0, %u0394Ssurr>0 b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part E In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous.   The reaction is spontaneous at all temperatures.   The reaction is spontaneous at low temperatures.   The reaction is spontaneous at high temperatures.   The reaction is nonspontaneous at all temperatures.
Part F In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part G In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part H In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> b  %u0394Ssys<0, %u0394Ssurr>0 c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part E In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous.   The reaction is spontaneous at all temperatures.   The reaction is spontaneous at low temperatures.   The reaction is spontaneous at high temperatures.   The reaction is nonspontaneous at all temperatures.
Part F In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part G In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part H In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> c  %u0394Ssys>0, %u0394Ssurr<0 d  %u0394Ssys<0, %u0394Ssurr<0
Part E In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous.   The reaction is spontaneous at all temperatures.   The reaction is spontaneous at low temperatures.   The reaction is spontaneous at high temperatures.   The reaction is nonspontaneous at all temperatures.
Part F In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part G In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part H In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> d  %u0394Ssys<0, %u0394Ssurr<0
Part E In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous.   The reaction is spontaneous at all temperatures.   The reaction is spontaneous at low temperatures.   The reaction is spontaneous at high temperatures.   The reaction is nonspontaneous at all temperatures.
Part F In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part G In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part H In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
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Part E In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous.   The reaction is spontaneous at all temperatures.   The reaction is spontaneous at low temperatures.   The reaction is spontaneous at high temperatures.   The reaction is nonspontaneous at all temperatures.
Part F In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part G In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part H In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> Part E In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous.   The reaction is spontaneous at all temperatures.   The reaction is spontaneous at low temperatures.   The reaction is spontaneous at high temperatures.   The reaction is nonspontaneous at all temperatures.
Part F In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part G In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part H In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous.   The reaction is spontaneous at all temperatures.   The reaction is spontaneous at low temperatures.   The reaction is spontaneous at high temperatures.   The reaction is nonspontaneous at all temperatures.
Part F In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part G In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part H In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part A will be spontaneous.   The reaction is spontaneous at all temperatures.   The reaction is spontaneous at low temperatures.   The reaction is spontaneous at high temperatures.   The reaction is nonspontaneous at all temperatures.
Part F In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part G In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part H In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">   The reaction is spontaneous at all temperatures.   The reaction is spontaneous at low temperatures.   The reaction is spontaneous at high temperatures.   The reaction is nonspontaneous at all temperatures.
Part F In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part G In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part H In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span">   The reaction is spontaneous at low temperatures.   The reaction is spontaneous at high temperatures.   The reaction is nonspontaneous at all temperatures.
Part F In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part G In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part H In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span">   The reaction is spontaneous at high temperatures.   The reaction is nonspontaneous at all temperatures.
Part F In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part G In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part H In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span">   The reaction is nonspontaneous at all temperatures.
Part F In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part G In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part H In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span">
Part F In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part G In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part H In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> Part F In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part G In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part H In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part G In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part H In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part B will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part G In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part H In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part G In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part H In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part G In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part H In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part G In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part H In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> d  The reaction is nonspontaneous at all temperatures.
Part G In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part H In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span">
Part G In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part H In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> Part G In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part H In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part H In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part C will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part H In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part H In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part H In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
Part H In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> d  The reaction is nonspontaneous at all temperatures.
Part H In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span">
Part H In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> Part H In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> class="head" id="yui_3_3_0_19_13757612581688"> In addition, predict under what temperatures (all temperatures, low temperatures, or high temperatures), if any, the reaction in part D will be spontaneous. a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688"> a  The reaction is spontaneous at all temperatures. b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> b  The reaction is spontaneous at low temperatures. c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> c  The reaction is spontaneous at high temperatures. d  The reaction is nonspontaneous at all temperatures.
class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span"> d  The reaction is nonspontaneous at all temperatures.
class="head" id="yui_3_3_0_19_13757612581688">class="apple-tab-span">

Explanation / Answer

cant understand the equation format for first four parts

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