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It was experimentally determined that a certain bimolecular gas phase reaction (A + B) produces the following datasets for the rate constant dependence on temperature: k1=4.21x10-8 M-1s-1, 0.42nm2, A : B = 1.12 nm2 Mass of reactant A = 30 g mol-1 Mass of reactant B = 60 g mol- Calculate the (a) entropy AS#, (b) enthalpy AH#, (c) Gibbs free energy AG# of activation, at 650K, for the reaction. Show all workings. Hint: Use the activation energy from the Arrhenius equation. (write down your answer clearly and show your working please) calculated

It was experimentally determined that a certain bimolecular gas phase reaction (A + B) produces the following datasets for the rate constant dependence on temperature: k1=4.21x10-8 M-1s-1, 0.42nm2, A : B = 1.12 nm2 Mass of reactant A = 30 g mol-1 Mass of reactant B = 60 g mol- Calculate the (a) entropy AS#, (b) enthalpy AH#, (c) Gibbs free energy AG# of activation, at 650K, for the reaction. Show all workings. Hint: Use the activation energy from the Arrhenius equation. (write down your answer clearly and show your working please) calculated

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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It was experimentally determined that a certain bimolecular gas phase reaction (A + B) produces the following datasets for the rate constant dependence on temperature: k1=4.21x10-8 M-1s-1, A = 0.42nm2, B = 1.12 nm2 1 Mass of reactant A = 30 g mol Mass of reactant B = 60 g mol- Calculate the (a) entropy AS#, (b) enthalpy AH#, (c) Gibbs free energy AG# of activation, at 650K, for the reaction. Show all workings. Hint: Use the activation energy calculated from the Arrhenius equation. (write down your answer clearly and show your working please)
Transcribed Image Text:It was experimentally determined that a certain bimolecular gas phase reaction (A + B) produces the following datasets for the rate constant dependence on temperature: k1=4.21x10-8 M-1s-1, A = 0.42nm2, B = 1.12 nm2 1 Mass of reactant A = 30 g mol Mass of reactant B = 60 g mol- Calculate the (a) entropy AS#, (b) enthalpy AH#, (c) Gibbs free energy AG# of activation, at 650K, for the reaction. Show all workings. Hint: Use the activation energy calculated from the Arrhenius equation. (write down your answer clearly and show your working please)
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