16. What is the possible implication of the following enzymes' graph (SEE YOUR HARD COPY) results to human metabolism? * LAA pepsin trypsin pH A. pepsin enzymes can digest proteins when stomach pH is acidic B. pepsin enzymes can digest proteins when stomach pH is alkaline C. trypsin enzymes need an acidic environment to work D. trypsin enzymes do not work on alkaline pH Rate of reaction

Human Anatomy & Physiology (11th Edition)
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For items 16 - 17 choose the letter of the best answer. No need to write the explanations.
16. What is the possible implication of the following enzymes' graph (SEE YOUR
HARD COPY) results to human metabolism? *
pepsin
trypsin
pH
A. pepsin enzymes can digest proteins when stomach pH is acidic
B. pepsin enzymes can digest proteins when stomach pH is alkaline
C. trypsin enzymes need an acidic environment to work
D. trypsin enzymes do not work on alkaline pH
17. Allosteric inhibition is a form of controlling enzyme activity in biochemical
reactions. Which of the following is the correct order of the process of
inhibition? I. an enzyme inhibitor binds to an allosteric site of an enzyme II. a
substrate binds to an enzyme but cannot complete the process due to a
distorted active site II. the enzyme inhibitor distorts the active site used to bind
with a substrate *
A. I, II, II
B. II, III I
C. I, II, I
D. II, I, II
Rate of reaction
Transcribed Image Text:16. What is the possible implication of the following enzymes' graph (SEE YOUR HARD COPY) results to human metabolism? * pepsin trypsin pH A. pepsin enzymes can digest proteins when stomach pH is acidic B. pepsin enzymes can digest proteins when stomach pH is alkaline C. trypsin enzymes need an acidic environment to work D. trypsin enzymes do not work on alkaline pH 17. Allosteric inhibition is a form of controlling enzyme activity in biochemical reactions. Which of the following is the correct order of the process of inhibition? I. an enzyme inhibitor binds to an allosteric site of an enzyme II. a substrate binds to an enzyme but cannot complete the process due to a distorted active site II. the enzyme inhibitor distorts the active site used to bind with a substrate * A. I, II, II B. II, III I C. I, II, I D. II, I, II Rate of reaction
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