Q1 - If enzyme concentration is low than substrate pH and temperature values are equal to requirement then which of the following will increase rate of reaction?
A. increase in concentration of enzyme
B. increase in concentration of substrate
C. increase in pH
D. increase in temperature
Answer - A
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Q2 - Malonic acid is an example of?
A. Irreversible inhibitor
B. Reversible inhibitor
C. Competitive inhibitor
D. Non-competitive inhibitor
Answer - C
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Q3 - The structure of an enzyme is altered by?
A. Irreversible inhibitor
B. Reversible inhibitor
C. Competitive inhibitor
D. Non-competitive inhibitor
Answer - A
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Q4 - A substance which binds at the active site of the enzyme but does not result in the formation of the products is called?
A. Irreversible inhibitor
B. Reversible inhibitor
C. Competitive inhibitor
D. Non-competitive inhibitor
Answer - C
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Q5 - Inhibitors which block the enzyme by forming weak bond are called?
A. Competitive inhibitors.
B. Non-competitive inhibitors
C. Irreversible inhibitors.
D. Both a and b
Answer - D
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Q6 - Optimal temperature of enzymes present in human body is?
A. 27?C
B. 37?C
C. 47?C
D. 30?C
Answer - B
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Q7 - Extreme change in pH results in?
A. Change in ionization of amino acids at the active site of the enzyme.
B. Change in the ionization of the substrate.
C. Denaturation of the enzyme
D. Increase in the reaction rate
Answer - C
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Q8 - Excessive increase in temperature of medium causes the enzyme molecule to?
A. Activate
B. Unaffected
C. Denatured
D. None of these
Answer - C
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Q9 - The active site of an enzyme?
A. Never changes
B. Forms no chemical bond with substrate
C. Determined by structure and the specificity of the enzyme.
D. They are non specific in their action
Answer - C
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Q10 - If more substrate to already occurring enzymatic reaction is added and there is no effect on the rate of the reaction what is the form given to this situation?
A. Saturation
B. Denaturation
C. Composition
D. Inhibition
Answer - A
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