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The half-life of X is 50.5s. Calculate the amount of time it will take for a sample of 0.84 M of X to decrease to one fourth of its original value. Assume the reaction is second order. - How will your answer to the previous question change if it was for a zero order reaction? How will your answer to the previous question change if it was for a first order reaction?

The half-life of X is 50.5s. Calculate the amount of time it will take for a sample of 0.84 M of X to decrease to one fourth of its original value. Assume the reaction is second order. - How will your answer to the previous question change if it was for a zero order reaction? How will your answer to the previous question change if it was for a first order reaction?

Physical Chemistry
Physical Chemistry
2nd Edition
ISBN:9781133958437
Author:Ball, David W. (david Warren), BAER, Tomas
Publisher:Ball, David W. (david Warren), BAER, Tomas
Chapter20: Kinetics
Section: Chapter Questions
Problem 20.37E: If a reaction has the same rate constant, what time does it take for a reactant to decrease by 5...
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The half-life of X is 50.5s. Calculate the amount of time it will take for a sample of 0.84 M of X to decrease to one fourth of its original value. Assume the reaction is second order. - How will your answer to the previous question change if it was for a zero order reaction? How will your answer to the previous question change if it was for a first order reaction?
Transcribed Image Text:The half-life of X is 50.5s. Calculate the amount of time it will take for a sample of 0.84 M of X to decrease to one fourth of its original value. Assume the reaction is second order. - How will your answer to the previous question change if it was for a zero order reaction? How will your answer to the previous question change if it was for a first order reaction?
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