16.70 For the mechanism (1) A + B=C+D; (2) 2C → G + H, step 2 is rate-determining. Given the activation energies Ea1 = 120 kJ/mol, Eq-1= E, for the overall reaction. 96 kJ/mol, and Ea.2 196 kJ/mol, find 'a,-
16.70 For the mechanism (1) A + B=C+D; (2) 2C → G + H, step 2 is rate-determining. Given the activation energies Ea1 = 120 kJ/mol, Eq-1= E, for the overall reaction. 96 kJ/mol, and Ea.2 196 kJ/mol, find 'a,-
Chapter30: Kinetic Methods Of Analysis
Section: Chapter Questions
Problem 30.7QAP
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![16.70 For the mechanism (1) A +B=C+D; (2) 2C → G +
H, step 2 is rate-determining. Given the activation energies
Ea1 = 120 kJ/mol, Eq-1=
E, for the overall reaction.
96 kJ/mol, and Ea.2
196 kJ/mol, find
'a,-](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fd2261535-b22f-4f2a-9f40-f811197d27df%2Fa3174f16-a5c3-42e3-bb57-b87acbe58cc1%2Fzql1bvh_processed.jpeg&w=3840&q=75)
Transcribed Image Text:16.70 For the mechanism (1) A +B=C+D; (2) 2C → G +
H, step 2 is rate-determining. Given the activation energies
Ea1 = 120 kJ/mol, Eq-1=
E, for the overall reaction.
96 kJ/mol, and Ea.2
196 kJ/mol, find
'a,-
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