5 SIMULATION The Arrhenius EquationTemperatureClick above or below the line for B orActivation Energy: 22.14 kJ/molthe transition state to change theirAE: -20.00 kJ/mol298 Kenergy.Initial Rate:Initial Concentration1.00 mol/LReactClear3000time, sВThis simulation explores the dependence of reaction rates by temperature, the reaction's activation energy, Ea, and the energy difference between products and reactants, AE. The simulation models a simple reaction where one mole ofreactant, A, is converted to one mole of product, B.А — ВThe temperature can be adjusted using the slider, as can the initial concentration of reactant, A. The energy of the transition state and of the product, B, can be adjusted by clicking above or below the lines representing those states onthe energy diagram. For example, the transition state energy is adjusted by clicking above or below the purple line. The energy of the reactant, A, cannot be adjusted.To simulate the reaction, set the parameters and click the React button. A plot of [A] vs. time will be generated and the initial rate of the reaction noted numerically.Next (Introduction) SIMULATION The Arrhenius EquationTemperatureClick above or below the line for B orthe transition state to change theirActivation Energy: 22.14 kJ/molAE: -20.00 kJ/mol298 Kenergy.Initial Rate:Initial Concentration1.00 mol/LReactClear3000time, sAВThe initial settings have been restored if they were changed.Temperature = 298 K[A] = 1.00 MAE = -20.00 kJEa = 22.14 k)Run the reaction. About what percentage of A is converted to B in the first 3000 seconds of the reaction? Enter your answer without the "%" sign.CheckNext (1 of 7)Energy -[A] (mol/L)

Answered: Image /qna-images/answer/2c026778-6e76-4009-ba03-fda7edcd6448.jpg

Temperature Click above or below the line for B or Activation Energy: 22.14 kJ/mol the transition state to change their AE: -20.00 k)/mol 298 K energy. Initial Rate: Initial Concentration 1.00 mol/L React Clear 3000 time, s A B The initial settings have been restored if they were changed. Temperature = 298 K [A] = 1.00 M AE = -20.00 kJ E, = 22.14 kJ Run the reaction. About what percentage of A is converted to B in the first 3000 seconds of the reaction? Enter your answer without the "%" sign. Check Next (1 of 7) Energy - (1/jow) [v]

Temperature Click above or below the line for B or Activation Energy: 22.14 kJ/mol the transition state to change their AE: -20.00 k)/mol 298 K energy. Initial Rate: Initial Concentration 1.00 mol/L React Clear 3000 time, s A B The initial settings have been restored if they were changed. Temperature = 298 K [A] = 1.00 M AE = -20.00 kJ E, = 22.14 kJ Run the reaction. About what percentage of A is converted to B in the first 3000 seconds of the reaction? Enter your answer without the "%" sign. Check Next (1 of 7) Energy - (1/jow) [v]

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

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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