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4. Nitric oxide decomposition occurs through two parallel reactions NO (g) 1/2 N2 (g) + ¹2 O2 (g) NO (g) →→→ N₂0 (g) + ¹4 02 (g) ->> k₁ = 25.7 S-¹ k₂ = 18.2 S-1 a. Which reaction is the slow reaction? b. What is the reaction order for these reactions? c. After 0.1 seconds, what is the concentration of N₂ (g) if the initial concentration of NO (g) is 2.0 M? } d. After 0.025 seconds, what is the concentration of N₂0 (g) if the initial concentration of NO (g) is 4.0 M?

4. Nitric oxide decomposition occurs through two parallel reactions NO (g) 1/2 N2 (g) + ¹2 O2 (g) NO (g) →→→ N₂0 (g) + ¹4 02 (g) ->> k₁ = 25.7 S-¹ k₂ = 18.2 S-1 a. Which reaction is the slow reaction? b. What is the reaction order for these reactions? c. After 0.1 seconds, what is the concentration of N₂ (g) if the initial concentration of NO (g) is 2.0 M? } d. After 0.025 seconds, what is the concentration of N₂0 (g) if the initial concentration of NO (g) is 4.0 M?

Chemistry: An Atoms First Approach
Chemistry: An Atoms First Approach
2nd Edition
ISBN:9781305079243
Author:Steven S. Zumdahl, Susan A. Zumdahl
Publisher:Steven S. Zumdahl, Susan A. Zumdahl
Chapter11: Chemical Kinetics
Section: Chapter Questions
Problem 5ALQ: Consider the following statements: In general, the rate of a chemical reaction increases a bit at...
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4. Nitric oxide decomposition occurs through two parallel reactions NO (g) 1/2 N2 (g) + ¹/2 O2 (g) NO (g) →→→ N₂0 (g) + ¹4 02 (g) -> a. Which reaction is the slow reaction? b. What is the reaction order for these reactions? k₁ = 25.7 S-¹ k₂ = 18.2 S-1 c. After 0.1 seconds, what is the concentration of N₂ (g) if the initial concentration of NO (g) is 2.0 M? } d. After 0.025 seconds, what is the concentration of N₂0 (g) if the initial concentration of NO (g) is 4.0 M?
Transcribed Image Text:4. Nitric oxide decomposition occurs through two parallel reactions NO (g) 1/2 N2 (g) + ¹/2 O2 (g) NO (g) →→→ N₂0 (g) + ¹4 02 (g) -> a. Which reaction is the slow reaction? b. What is the reaction order for these reactions? k₁ = 25.7 S-¹ k₂ = 18.2 S-1 c. After 0.1 seconds, what is the concentration of N₂ (g) if the initial concentration of NO (g) is 2.0 M? } d. After 0.025 seconds, what is the concentration of N₂0 (g) if the initial concentration of NO (g) is 4.0 M?
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