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a) Use simple linear regression to determine the activation energy of ozone decay, from the Arrhenius equation Catalyst NO 03+0 ➜ 202 Temperature Speed constant (Kelvin) 600 3.37E3 700 4.85E4 1000 5.90E6 1400 1.45E8 1600 3.93E8 1900 1.19E9 b) Use simple linear regression to determine the frequency factor A of ozone decay, from the Arrhenius equation NO + 03 NO₂ +0 NO2 + O2 0₂ + NO

a) Use simple linear regression to determine the activation energy of ozone decay, from the Arrhenius equation Catalyst NO 03+0 ➜ 202 Temperature Speed constant (Kelvin) 600 3.37E3 700 4.85E4 1000 5.90E6 1400 1.45E8 1600 3.93E8 1900 1.19E9 b) Use simple linear regression to determine the frequency factor A of ozone decay, from the Arrhenius equation NO + 03 NO₂ +0 NO2 + O2 0₂ + NO

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
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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linear regression
a) Use simple linear regression to determine the activation energy of ozone decay, from the Arrhenius equation Catalyst NO NO + 03 NO2 + O2 NO₂ + 0 ➜ O₂ + NO 03+0 ➜ 202 Temperature Speed constant (Kelvin) 600 3.37E3 700 4.85E4 1000 5.90E6 1400 1.45E8 1600 3.93E8 1900 1.19E9 b) Use simple linear regression to determine the frequency factor A of ozone decay, from the Arrhenius equation
Transcribed Image Text:a) Use simple linear regression to determine the activation energy of ozone decay, from the Arrhenius equation Catalyst NO NO + 03 NO2 + O2 NO₂ + 0 ➜ O₂ + NO 03+0 ➜ 202 Temperature Speed constant (Kelvin) 600 3.37E3 700 4.85E4 1000 5.90E6 1400 1.45E8 1600 3.93E8 1900 1.19E9 b) Use simple linear regression to determine the frequency factor A of ozone decay, from the Arrhenius equation
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