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Consider the second-order decomposition of nitroysl chloride: 2NOCIgi + 2NO(g) + Cl:(9) At 450 K the rate constant is 15.4 atm's, How much time (in s) is needed for NOCI originally at a partial pressure of 44 torr to decay to 17.4 torr?

Consider the second-order decomposition of nitroysl chloride: 2NOCIgi + 2NO(g) + Cl:(9) At 450 K the rate constant is 15.4 atm's, How much time (in s) is needed for NOCI originally at a partial pressure of 44 torr to decay to 17.4 torr?

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
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Consider the second-order decomposition of nitroysl chloride: 2NOCla) + 2NO(o) + Cl:(9) At 450 K the rate constant is 15.4 atm's. How much time (in s) is needed for NOCI originally at a partial pressure of 44 torr to decay to 17.4 torr? Answer How much time (in s) is needed for NOCI originaly at a concentration of 0.0069 M to decay to 0.0020 M7 Answer. How much time (in s) is needed for NOCI originally at a concentration of 0.0121 M to decay to 0.0012 M? Answer:
Transcribed Image Text:Consider the second-order decomposition of nitroysl chloride: 2NOCla) + 2NO(o) + Cl:(9) At 450 K the rate constant is 15.4 atm's. How much time (in s) is needed for NOCI originally at a partial pressure of 44 torr to decay to 17.4 torr? Answer How much time (in s) is needed for NOCI originaly at a concentration of 0.0069 M to decay to 0.0020 M7 Answer. How much time (in s) is needed for NOCI originally at a concentration of 0.0121 M to decay to 0.0012 M? Answer:
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