5.11 (a) Develop an electron-equivalent fermentation energy-reaction for conversion of propionate into 1 mol acetate and the remainder of the electrons into H,. (b) Calculate AG for the reaction assuming pH 7.0 and standard conditions of 1 nmol/1
5.11 (a) Develop an electron-equivalent fermentation energy-reaction for conversion of propionate into 1 mol acetate and the remainder of the electrons into H,. (b) Calculate AG for the reaction assuming pH 7.0 and standard conditions of 1 nmol/1
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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
Transcribed Image Text:5.11
(a) Develop an electron-equivalent fermentation energy-reaction for conversion of
propionate into 1 mol acetate and the remainder of the electrons into H,.
(b) Calculate AG for the reaction assuming pH 7.0 and standard conditions of 1 mol/1
for acetate and propionate and 1 atm partial pressure for H,.
(c) Calculate AG, for the reaction assuming pH 7.0 and 500 mg/l propionate, 50 mg/l
acetate, and 10-5 atm partial pressure for H,.
(d) Discuss under which of the conditions found from parts (b) and (c) that biological
growth might occur and why.
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