Please help me solve this. Thank you. The reaction C2H5I + OH → C2H5OH + I¯ was studied, and the following rates were obtained.Temperature, °C Rate constant, M-1 s-115.835.03 x 10-532.023.68 x 10-459.756.71 x 10-390.611.19 x 10-143. Fit this data into the Arrhenius equation. Provide the values for the following:Slope = [Select]%3Dロy-intercept = [ Select ]Pearson coefficient (R)[ Select ]%3Dactivation energy of this reaction in kJ/mol = [Select]%3Dcollision frequency factor A = [ Select ]%3D<>く>

The objective of the question is to detrmine the followingslopey-interceptPearson…

The reaction C2H5 + OH →C2H5OH + I was studied, and the following rates were obtained. Temperature, °C Rate constant, M-1 s-1 15.83 5.03 x 10-5 32.02 3.68 × 10-4 59.75 6.71 × 10-3 90.61 1.19 x 10-1 -3. Fit this data into the Arrhenius equation. Provide the values for the following: lope = [S = [Select] -intercept = [Select] earson coefficient (R) = [Select] = ctivation energy of this reaction in kJ/mol == [Select] ollision frequency factor A = [Select]

The reaction C2H5 + OH →C2H5OH + I was studied, and the following rates were obtained. Temperature, °C Rate constant, M-1 s-1 15.83 5.03 x 10-5 32.02 3.68 × 10-4 59.75 6.71 × 10-3 90.61 1.19 x 10-1 -3. Fit this data into the Arrhenius equation. Provide the values for the following: lope = [S = [Select] -intercept = [Select] earson coefficient (R) = [Select] = ctivation energy of this reaction in kJ/mol == [Select] ollision frequency factor A = [Select]

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 11.58PAE

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