For the isomerization reaction CH3NC (g) → CH3CN (g) in the presence of argon, the rate law is Rate = k[CH3NC]. Experimental measurements at 500 K show that the concentration of reactant has decreased to 75% of its initial value after 440 seconds. How much additional time will be required for the concentration of CH3NC to drop to 25% of its initial value? E) 440 A) 2120 B) 1680 C) 1320 D) 880
For the isomerization reaction CH3NC (g) → CH3CN (g) in the presence of argon, the rate law is Rate = k[CH3NC]. Experimental measurements at 500 K show that the concentration of reactant has decreased to 75% of its initial value after 440 seconds. How much additional time will be required for the concentration of CH3NC to drop to 25% of its initial value? E) 440 A) 2120 B) 1680 C) 1320 D) 880
Chemistry
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Chapter1: Chemical Foundations
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![For the isomerization reaction CH3NC (g)
→>
CH3CN (g) in the presence of argon, the
rate law is Rate = k[CH3NC]. Experimental measurements at 500 K show that the
concentration of reactant has decreased to 75% of its initial value after 440 seconds. How
much additional time will be required for the concentration of CH3NC to drop to 25% of its
initial value?
A) 2120
B) 1680
C) 1320
D) 880
E) 440](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F8373fcf6-37c2-4429-b7f1-428d66ddf656%2F60093382-54ce-4e5c-b18a-3bbb1dd51f17%2Fre27z6_processed.png&w=3840&q=75)
Transcribed Image Text:For the isomerization reaction CH3NC (g)
→>
CH3CN (g) in the presence of argon, the
rate law is Rate = k[CH3NC]. Experimental measurements at 500 K show that the
concentration of reactant has decreased to 75% of its initial value after 440 seconds. How
much additional time will be required for the concentration of CH3NC to drop to 25% of its
initial value?
A) 2120
B) 1680
C) 1320
D) 880
E) 440
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