The decomposition of N₂O5, shown below, is first order with respect to N₂O5. The rate constant at some emperature is k = 0.409 min-¹. Suppose we have an initial N₂O5 concentration of 0.525 M. What is he concentration of N₂O5 after 3.0 minutes? 2 N₂05 (g)→4 NO₂ (g) + O₂ (9)
The decomposition of N₂O5, shown below, is first order with respect to N₂O5. The rate constant at some emperature is k = 0.409 min-¹. Suppose we have an initial N₂O5 concentration of 0.525 M. What is he concentration of N₂O5 after 3.0 minutes? 2 N₂05 (g)→4 NO₂ (g) + O₂ (9)
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![The decomposition of N₂O5, shown below, is first order with respect to N₂O5. The rate constant at some
temperature is k = 0.409 min-¹. Suppose we have an initial N₂O5 concentration of 0.525 M. What is
the concentration
of N₂O5 after 3.0 minutes?
2 N₂05 (9)→4 NO₂ (g) + O₂ (g)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F3f33cc2f-0221-41a8-a3a2-cc96bc7960a2%2F689158c9-cc9e-42a5-96c8-c0acb9935ef7%2Fk9crvnb_processed.png&w=3840&q=75)
Transcribed Image Text:The decomposition of N₂O5, shown below, is first order with respect to N₂O5. The rate constant at some
temperature is k = 0.409 min-¹. Suppose we have an initial N₂O5 concentration of 0.525 M. What is
the concentration
of N₂O5 after 3.0 minutes?
2 N₂05 (9)→4 NO₂ (g) + O₂ (g)
Expert Solution
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Step 1Concept
First order reaction —Those reaction in which rate of reaction depends upon one power of concentration i. e. Iinearly depend
For first order reaction rate law given by
At = A0 e-kt
Where k= rate constant, t= time, A0= initial concentration, At= final concentration
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