SIMULATION The Arrhenius EquationTemperature298 KInitial Concentration1.00 mol/LReact ClearClick above or below the line for B orthe transition state to change their energy.Recheck21st attemptEnergy →Next (1 of 7)BYour answer is too high.Activation Energy: 22.14 kJ/molAE: -20.00 kJ/molInitial Rate: 7.90 × 10-³ mol/L.s[A] (mol/L)The initial settings have been restored if they were changed.Temperature = 298 K[A] = 1.00 MAE = -20.00 kJE₁=22.14 kJRun 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.99.999% Xtime, sIncorrect3000PreviousNext>

We can get the idea about the order of reaction by looking at the nature of graph between…

Temperature 298 K Initial Concentration 1.00 mol/L React Clear Click above or below the line for B or the transition state to change their energy. ← Energy → A B Activation Energy: 22.14 kJ/mol AE: -20.00 kJ/mol Initial Rate: 7.90 × 10-³ mol/L.s [A] (mol/L) time, s 3000 The initial settings have been restored if they were changed. Temperature = 298 K [A] = 1.00 M ΔΕ = -20.00 kJ E₁=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. 99.999 % X

Temperature 298 K Initial Concentration 1.00 mol/L React Clear Click above or below the line for B or the transition state to change their energy. ← Energy → A B Activation Energy: 22.14 kJ/mol AE: -20.00 kJ/mol Initial Rate: 7.90 × 10-³ mol/L.s [A] (mol/L) time, s 3000 The initial settings have been restored if they were changed. Temperature = 298 K [A] = 1.00 M ΔΕ = -20.00 kJ E₁=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. 99.999 % X

Chemistry for Engineering Students

4th Edition

ISBN:9781337398909

Author:Lawrence S. Brown, Tom Holme

Publisher:Lawrence S. Brown, Tom Holme

Chapter11: Chemical Kinetics

Section: Chapter Questions

Problem 11.101PAE

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