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→ products a) The Arrhenius pre-exponential factor for the reaction X + O₂ at 25 °C was estimated to be 7.98 *10¹0 dm³/mol/s using collision theory. Given that the molar mass of X= 30.00 g/mol, calculate the σ(X) in nm². σ(0₂) =0.40 nm². (NOTE: (T in K = °C +273.15); N₁= 6.022*10²³)

→ products a) The Arrhenius pre-exponential factor for the reaction X + O₂ at 25 °C was estimated to be 7.98 *10¹0 dm³/mol/s using collision theory. Given that the molar mass of X= 30.00 g/mol, calculate the σ(X) in nm². σ(0₂) =0.40 nm². (NOTE: (T in K = °C +273.15); N₁= 6.022*10²³)

Chemistry by OpenStax (2015-05-04)
Chemistry by OpenStax (2015-05-04)
1st Edition
ISBN:9781938168390
Author:Klaus Theopold, Richard H Langley, Paul Flowers, William R. Robinson, Mark Blaser
Publisher:Klaus Theopold, Richard H Langley, Paul Flowers, William R. Robinson, Mark Blaser
Chapter13: Fundamental Equilibrium Concepts
Section: Chapter Questions
Problem 16E: Write the mathematical expression for the reaction quotient, QC, for each of the following reactions...
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→ products a) The Arrhenius pre-exponential factor for the reaction X + O₂ at 25 °C was estimated to be 7.98 *10¹⁰ dm³/mol/s using collision theory. Given that the molar mass of X= 30.00 g/mol, calculate the σ(X) in nm². σ(0₂) =0.40 nm². (NOTE: ( T in K = °C +273.15); NÃ= 6.022*10²³)
Transcribed Image Text:→ products a) The Arrhenius pre-exponential factor for the reaction X + O₂ at 25 °C was estimated to be 7.98 *10¹⁰ dm³/mol/s using collision theory. Given that the molar mass of X= 30.00 g/mol, calculate the σ(X) in nm². σ(0₂) =0.40 nm². (NOTE: ( T in K = °C +273.15); NÃ= 6.022*10²³)
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