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Questions and Answers
Which principle explains the high degree of specificity exhibited by enzymes?
Which principle explains the high degree of specificity exhibited by enzymes?
- Principle 2: Enzymes lower activation barriers selectively
- Principle 3: Enzymatic reactions occur in specialization pockets called active sites (correct)
- Principle 4: Enzymes bind most tightly to the transition state of the catalyzed reaction
- Principle 1: Enzymes are powerful biological catalysts
What is the role of enzymes in catalyzing reactions?
What is the role of enzymes in catalyzing reactions?
- Enzymes increase the specificity of reactions
- Enzymes increase the activation energy of reactions
- Enzymes decrease the activation energy of reactions (correct)
- Enzymes decrease the rate of reactions
What distinguishes enzymes from inorganic catalysts?
What distinguishes enzymes from inorganic catalysts?
- Enzymes do not require activation energy
- Enzymes do not affect the reaction rates
- Enzymes do not occur in specialization pockets
- Enzymes exhibit a high degree of specificity (correct)
How do enzymes lower activation barriers selectively?
How do enzymes lower activation barriers selectively?
What are the two concepts that explain the catalytic power of enzymes?
What are the two concepts that explain the catalytic power of enzymes?
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