If the accumulation of an end products of a metabolic pathway
normally reduces the activity of enzymes of the pathway, then this
would promote the chemical homeostasis of the cell. A) True
B)False, it would interfere with homeostasis

The above would be called A)feedback inhibition B)competitive
inhibition C)noncompetitive inhibition D)irreversible
inhibition

Which two types of inhibition would not involve binding of the
inhibitor to the active site of the enzyme? A)feedback inhibition
B)competitive inhibition C)noncompetitive inhibition D)irreversible
inhibition

Which two of the following would likely be allosteric?
A)Feedback inhibition B)competitive inhibition C)noncompetitive
inhibition D)irreversible inhibition

Which of the following would be true about competitive
inhibitors? A)similar to the substrate in size and shape B)the
inhibition is at the active site (i.e., is steric) C)the enzyme
becomes more active(the reaction proceeds at a higher rate) as the
ratio of substrate to inhibitor increases D)all of the above E)none
of the above

If an enzyme solution is saturated with substrate the most
effective way to obtain an even faster yield of products is to
A)add more of the enzyme B)heat the solution to 90 degrees C C)add
more substrate D) add an allosteric inhibitor E)add a
noncompetitive inhibitor