The OH radical disproportionates in gasphase according to the elementary reaction:OH + OH → H20 + O.At [OH]o =1 µM, the initial rate of waterformation is 1019 molecules per 1 cm3persecond. What is a rate constant of thisbimolecular reaction in M-'s-1?Select one:a. 4.15*109b. 1.26*108c. 2.15*109d. 1.66*1010e. 1.45*1011

The rate of water formation in the term of M/s is determined as follows. r=1019 molecules6.022×1023…

The OH radical disproportionates in gas phase according to the elementary reaction: ОН + ОН > Н20 + О. At [OH]o =1 µM, the initial rate of water formation is 1019 molecules per 1 cm° per second. What is a rate constant of this 3 bimolecular reaction in M-'s-? Select one: a. 4.15*109 b. 1.26*108 c. 2.15*109 d. 1.66*1010 e. 1.45*1011 С.

The OH radical disproportionates in gas phase according to the elementary reaction: ОН + ОН > Н20 + О. At [OH]o =1 µM, the initial rate of water formation is 1019 molecules per 1 cm° per second. What is a rate constant of this 3 bimolecular reaction in M-'s-? Select one: a. 4.15109 b. 1.26108 c. 2.15109 d. 1.661010 e. 1.45*1011 С.

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

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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