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Based on Le Chatelier\'s Principal, what effect if any, willeach of the followin

ID: 75467 • Letter: B

Question

Based on Le Chatelier's Principal, what effect if any, willeach of the following changes have on the following reaction atequilibrium? Indicate P-->R, R-->P or RP N2(g) + H2(g) <----> NH3(g) + Heat a. Addition of N2 b.Removal of N2 c. Cooling the reaction d. Decreasing the pressure e. Addition of a catalyst f. Write the equation for the equilibrium constant Based on Le Chatelier's Principal, what effect if any, willeach of the following changes have on the following reaction atequilibrium? Indicate P-->R, R-->P or RP N2(g) + H2(g) <----> NH3(g) + Heat a. Addition of N2 b.Removal of N2 c. Cooling the reaction d. Decreasing the pressure e. Addition of a catalyst f. Write the equation for the equilibrium constant c. Cooling the reaction d. Decreasing the pressure e. Addition of a catalyst f. Write the equation for the equilibrium constant

Explanation / Answer

                         N2(g) + H2(g) <----> NH3(g) + Heat a. Addition of N2  -----------------------------    R ------>P b.Removal of N2   ------------------    P ----> R c. Cooling the reaction -------------      R ----->P d. Decreasing the pressure----------      P -----> R e. Addition of a catalyst ------------      no effect onEquilibrium f. Write the equation for the equilibrium constant                 K = [ NH 3 ] / ( [N 2 ] * [ H 2 ]) a. Addition of N2  -----------------------------    R ------>P b.Removal of N2   ------------------    P ----> R c. Cooling the reaction -------------      R ----->P d. Decreasing the pressure----------      P -----> R e. Addition of a catalyst ------------      no effect onEquilibrium f. Write the equation for the equilibrium constant                 K = [ NH 3 ] / ( [N 2 ] * [ H 2 ]) c. Cooling the reaction -------------      R ----->P d. Decreasing the pressure----------      P -----> R e. Addition of a catalyst ------------      no effect onEquilibrium f. Write the equation for the equilibrium constant                 K = [ NH 3 ] / ( [N 2 ] * [ H 2 ])
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