For the reversible, one-step reaction, k₁ A+A= B+C K= k_1 the rate constant for the forward reaction, k₁, is 265 L-mol-¹.min-¹ and the rate constant for the reverse reaction, k₁, is 385 L.mol-¹-min-¹ at a given temperature. The activation energy for the forward reaction is 42.9 kJ.mol-¹, whereas the activation energy for the reverse reaction is 23.0 kJ.mol-¹. Determine the equilibrium constant, K, of this reaction.
For the reversible, one-step reaction, k₁ A+A= B+C K= k_1 the rate constant for the forward reaction, k₁, is 265 L-mol-¹.min-¹ and the rate constant for the reverse reaction, k₁, is 385 L.mol-¹-min-¹ at a given temperature. The activation energy for the forward reaction is 42.9 kJ.mol-¹, whereas the activation energy for the reverse reaction is 23.0 kJ.mol-¹. Determine the equilibrium constant, K, of this reaction.
Chemistry: The Molecular Science
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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 53QRT: For the reaction of iodine atoms with hydrogen molecules in the gas phase, these rate constants were...
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![For the reversible, one-step reaction,
A + A
k₁
K =
k-1
B + C
the rate constant for the forward reaction, k₁, is 265 L·mol¯¹·min¯¹ and the rate constant for the reverse reaction, k₁, is
385 L·mol¯¹·min¯¹ at a given temperature. The activation energy for the forward reaction is 42.9 kJ.mol-¹, whereas the
activation energy for the reverse reaction is 23.0 kJ.mol-¹.
Determine the equilibrium constant, K, of this reaction.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F1b99c910-aabd-4bff-9c76-8ab2f9147b49%2F50ecf164-e398-40fd-8e1b-b52aad40f92d%2Fxmf70s4_processed.png&w=3840&q=75)
Transcribed Image Text:For the reversible, one-step reaction,
A + A
k₁
K =
k-1
B + C
the rate constant for the forward reaction, k₁, is 265 L·mol¯¹·min¯¹ and the rate constant for the reverse reaction, k₁, is
385 L·mol¯¹·min¯¹ at a given temperature. The activation energy for the forward reaction is 42.9 kJ.mol-¹, whereas the
activation energy for the reverse reaction is 23.0 kJ.mol-¹.
Determine the equilibrium constant, K, of this reaction.
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