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12.) The active site of an enzyme A) cannot be identified from the protein’s primary structure C) binds covalently to an uncompetitive inhibitor B) is where competitive inhibitors always bind E) none of the above D) always exactly fits the substrate

12.) The active site of an enzyme A) cannot be identified from the protein’s primary structure C) binds covalently to an uncompetitive inhibitor B) is where competitive inhibitors always bind E) none of the above D) always exactly fits the substrate

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
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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Question 12

10.) If the optimum pH of a particular enzyme is 4.3, which of the following will likely result in the highest activity? А) рH 1.5 В) рH 3.5 С) pH 4.5 D) pH 7.0 E) рH 12.5 11.) If the optimum temperature of a particular enzyme is 33°C, which of the following will likely result in the lowest activity? D) 32°C A) 2°C B) 12°C C) 22°C E) 42°C 12.) The active site of an enzyme A) cannot be identified from the protein's primary structure C) binds covalently to an uncompetitive inhibitor B) is where competitive inhibitors always bind E) none of the above D) always exactly fits the substrate
Transcribed Image Text:10.) If the optimum pH of a particular enzyme is 4.3, which of the following will likely result in the highest activity? А) рH 1.5 В) рH 3.5 С) pH 4.5 D) pH 7.0 E) рH 12.5 11.) If the optimum temperature of a particular enzyme is 33°C, which of the following will likely result in the lowest activity? D) 32°C A) 2°C B) 12°C C) 22°C E) 42°C 12.) The active site of an enzyme A) cannot be identified from the protein's primary structure C) binds covalently to an uncompetitive inhibitor B) is where competitive inhibitors always bind E) none of the above D) always exactly fits the substrate
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