Based on activation energies and energy changes and assuming that all collision factors are the same, answer the following questions: (a) Which of the following reactions would be fastest in the forward direction? E = 20 kJ/mol; AE = 10 kJ/mol O E₂ = 10 kJ/mol; AE = -20 kJ/mol O E₂ = 50 kJ/mol; AE = 20 kJ/mol O E₂ = 40 kJ/mol; AE = -60 kJ/mol (b) Which of the following reactions would be slowest in the forward direction? O E₂ = 20 kJ/mol; AE = 10 kJ/mol O E₂ = 10 kJ/mol; AE-20 kJ/mol E₂ = 50 kJ/mol; AE = 20 kJ/mol O E₂ = 40 kJ/mol; AE = -60 kJ/mol O (c) Which of the following reactions would be fastest in the reverse direction? O E₂ = 20 kJ/mol; AE = 10 kJ/mol O E₂ = 10 kJ/mol; AE = -20 kJ/mol O E₂ = 50 kJ/mol; AE = 20 kJ/mol O E₂ = 40 kJ/mol; AE = -60 kJ/mol (d) Which of the following reactions would be slowest in the reverse direction? E = 20 kJ/mol; AE = 10 kJ/mol O E₂ = 10 kJ/mol; AE = -20 kJ/mol O E₂ = 50 kJ/mol; AE = 20 kJ/mol O E₂ = 40 kJ/mol; AE = -60 kJ/mol
Based on activation energies and energy changes and assuming that all collision factors are the same, answer the following questions: (a) Which of the following reactions would be fastest in the forward direction? E = 20 kJ/mol; AE = 10 kJ/mol O E₂ = 10 kJ/mol; AE = -20 kJ/mol O E₂ = 50 kJ/mol; AE = 20 kJ/mol O E₂ = 40 kJ/mol; AE = -60 kJ/mol (b) Which of the following reactions would be slowest in the forward direction? O E₂ = 20 kJ/mol; AE = 10 kJ/mol O E₂ = 10 kJ/mol; AE-20 kJ/mol E₂ = 50 kJ/mol; AE = 20 kJ/mol O E₂ = 40 kJ/mol; AE = -60 kJ/mol O (c) Which of the following reactions would be fastest in the reverse direction? O E₂ = 20 kJ/mol; AE = 10 kJ/mol O E₂ = 10 kJ/mol; AE = -20 kJ/mol O E₂ = 50 kJ/mol; AE = 20 kJ/mol O E₂ = 40 kJ/mol; AE = -60 kJ/mol (d) Which of the following reactions would be slowest in the reverse direction? E = 20 kJ/mol; AE = 10 kJ/mol O E₂ = 10 kJ/mol; AE = -20 kJ/mol O E₂ = 50 kJ/mol; AE = 20 kJ/mol O E₂ = 40 kJ/mol; AE = -60 kJ/mol
Chemistry: The Molecular Science
5th Edition
ISBN:9781285199047
Author:John W. Moore, Conrad L. Stanitski
Publisher:John W. Moore, Conrad L. Stanitski
Chapter11: Chemical Kinetics: Rates Of Reactions
Section: Chapter Questions
Problem 61QRT
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![Based on activation energies and energy changes and assuming that all collision factors are the same, answer the following questions:
(a) Which of the following reactions would be fastest in the forward direction?
E = 20 kJ/mol; AE = 10 kJ/mol
O E₂ = 10 kJ/mol; AE = -20 kJ/mol
O E₂ = 50 kJ/mol; AE = 20 kJ/mol
O E₂ = 40 kJ/mol; AE = -60 kJ/mol
(b) Which of the following reactions would be slowest in the forward direction?
O E₂ = 20 kJ/mol; AE = 10 kJ/mol
O E₂ = 10 kJ/mol; AE-20 kJ/mol
E₂ = 50 kJ/mol; AE = 20 kJ/mol
O E₂ = 40 kJ/mol; AE = -60 kJ/mol
O
(c) Which of the following reactions would be fastest in the reverse direction?
O E₂ = 20 kJ/mol; AE = 10 kJ/mol
O E₂ = 10 kJ/mol; AE = -20 kJ/mol
O E₂ = 50 kJ/mol; AE = 20 kJ/mol
O E₂ = 40 kJ/mol; AE = -60 kJ/mol
(d) Which of the following reactions would be slowest in the reverse direction?
E = 20 kJ/mol; AE = 10 kJ/mol
O E₂ = 10 kJ/mol; AE = -20 kJ/mol
O E₂ = 50 kJ/mol; AE = 20 kJ/mol
O E₂ = 40 kJ/mol; AE = -60 kJ/mol](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F86624ab7-da2a-4a5b-91b8-0bf4ad8ab366%2F3e72bfce-39bf-4ecc-b7c9-33f1ea7374b7%2Fpjed94s_processed.png&w=3840&q=75)
Transcribed Image Text:Based on activation energies and energy changes and assuming that all collision factors are the same, answer the following questions:
(a) Which of the following reactions would be fastest in the forward direction?
E = 20 kJ/mol; AE = 10 kJ/mol
O E₂ = 10 kJ/mol; AE = -20 kJ/mol
O E₂ = 50 kJ/mol; AE = 20 kJ/mol
O E₂ = 40 kJ/mol; AE = -60 kJ/mol
(b) Which of the following reactions would be slowest in the forward direction?
O E₂ = 20 kJ/mol; AE = 10 kJ/mol
O E₂ = 10 kJ/mol; AE-20 kJ/mol
E₂ = 50 kJ/mol; AE = 20 kJ/mol
O E₂ = 40 kJ/mol; AE = -60 kJ/mol
O
(c) Which of the following reactions would be fastest in the reverse direction?
O E₂ = 20 kJ/mol; AE = 10 kJ/mol
O E₂ = 10 kJ/mol; AE = -20 kJ/mol
O E₂ = 50 kJ/mol; AE = 20 kJ/mol
O E₂ = 40 kJ/mol; AE = -60 kJ/mol
(d) Which of the following reactions would be slowest in the reverse direction?
E = 20 kJ/mol; AE = 10 kJ/mol
O E₂ = 10 kJ/mol; AE = -20 kJ/mol
O E₂ = 50 kJ/mol; AE = 20 kJ/mol
O E₂ = 40 kJ/mol; AE = -60 kJ/mol
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