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eztomheducation.com/hm.tpx MindSCOPE Login LogMeIn D wework Chef Shayne Nunes a B New England's Best E P Outlook Web App So the order with respect to F2 is 1. Next we find the order with respect to Cio2 by comparing experiments 1 and 4 M 0.040 M 0010 M4 rl-4.8 × 10-3 Ms -2-1.2×10-3 Ms =4 [4]1 = 4 The rate with respect to CIO2 is also 1. The rate law expression, then is Now we calculate the rate constant using values from the table for our concentrations of each reactant and the initial rate. Here we used the values from experiment 1, but values from any one experiment would work 1.2×10-3 Ms [O.10 A410010 1.2M",-1 Finally we plug in our given reactant concentrations to solve for the initial rate. rate 1.2M"s-1 × [0.20 Mito 045 Mi=0.011 Ms DOLL

Explanation / Answer

the order of the reaction is calculated based on the experimental value only not looking at the chemical equation. So if the experimental value is 1 then we need to conclude that rate is 1, even if theoretically it shows different expression one need to consider only experimental data  

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