5) Given the following two temperatures, reactant concentrations and times of reaction at those temperatures, calculate
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5) Given the following two temperatures, reactant concentrations and times of reaction at those temperatures, calculate
5) Given the following two temperatures, reactant concentrations and times of reaction at those temperatures, calculate the rate law constant at each temperature for a second order reaction. Also calculate the activation energy for this reaction. Put the answers in the box below. (3 points) 30.00 C: [A] Time 45.00 : [A] Time 1.000 x 10 M 30.00 s 1.000 x 10-M 12.16 s 3.333 x 10 38.07 s 3.333 x 102 M 18.59 S ( 10²2m K30.00 % K45.00 E =
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