The graph is an example of the rate of product production by an enzyme when the substrate is in excess. Theorize why the reaction rate plateaus.
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The graph is an example of the rate of product production by an enzyme when the substrate is in excess. Theorize why the reaction rate plateaus.
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- Major product with mechanism.Exaplain why the maximum initial rate of reaction cannot be reached at low substrate concentrationWhich of the following figures represents active enzyme? Substrate Product Enzyme Enzyme O Figure 1 O Figure 2 O Figure 3 Entryme Substrate complex Figure 3 Active Site Figure 2 Inhibitor
- Figure 5.7 LLLLN 8. d. Substrate concentration The graph at the left in Figure 5.7 shows the reaction rate for an enzyme at its optimum temperature. Which graph shows enzyme activity at a lower temperature? Od O c O a O bDefine the following terms enzyme kinetics competitive inhibition non-competitive inhibition allosteric inhibitionOccasionally the “delicate” nature of enzymes is referred to. Explain why this adjective is appropriate.
- Enzymes _______. a. enhance reaction rates b. are affected by pH c. act on specific substrates d. all of the aboveQUESTION ANSWER Oxidoreductase Metals present in enzyme active sites would likely aid which class of enzyme? Isomerase Lyase Transferase All of the listed answers are correct IDON'T KNOW YETProducts N ↓ N H N What effect would the enzyme have on the amount of product made in 3 seconds? Amounts Decrease No Change Increase N
- Enzymes catalyze the rapid formation of product by: lowering the Gibbs free energy of the product raising the Gibbs free energy of the substrate lowering the activation energy between the substrate and the product raising the activation energy between the substrate and the product changing the AG (the change in Gibbs free energy) of the reactionWhat could be a suitable limitation for Enzyme and Substrate Concentration Labstate a optimum temperature of enzyme E