1. The enzyme would most likely affect reactions involving a. molecule A, only b. moleculec, only molecules B and D d. molecules A and C C.

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Enzyme Graphing Worksheet
Epgene
1. The enzyme would most likely affect reactions involving
a. molecule A, only
b. moleculeC, only
c. molecules B and D
Molecules
C.
(A)
ID)
d. molecules A and C
2. Which graph, A or B, shows the amount of substrate going to
zero faster?
A
3. If both graphs A and B show the rate of an enzyme, which
enzyme is more effective? Justify your answer.
Time (sec)
Time (sec)
4. What variables affect enzyme activity in each of
the graphs?
a.
b.
10 15 20 25 30 35 40 45 S0
Temperature 0
C.
PH
(b) pH
(a) Temperature
5. What is the optimal condition for each enzyme
represented by the graphs? The optimal
condition is when the enzyme would work best.
Saturation point
a.
b.
Substrate concentration-
(c) Substrate concentration
Cepy ne Pon tc ng Cm
C.
6. Explain what happens when hypothermia sets in (when enzymes get too cold!)
7. Does the same thing happen when enzymes get too hot? Why or why not?
8. Explain why graph C levels off. Use enzyme and substrate in your explanation. Why doesn't it matter if
enzymes keep getting added?
9. What can affect the speed of an enzyme?
Transcribed Image Text:iswani Enzyme Graphing Worksheet Epgene 1. The enzyme would most likely affect reactions involving a. molecule A, only b. moleculeC, only c. molecules B and D Molecules C. (A) ID) d. molecules A and C 2. Which graph, A or B, shows the amount of substrate going to zero faster? A 3. If both graphs A and B show the rate of an enzyme, which enzyme is more effective? Justify your answer. Time (sec) Time (sec) 4. What variables affect enzyme activity in each of the graphs? a. b. 10 15 20 25 30 35 40 45 S0 Temperature 0 C. PH (b) pH (a) Temperature 5. What is the optimal condition for each enzyme represented by the graphs? The optimal condition is when the enzyme would work best. Saturation point a. b. Substrate concentration- (c) Substrate concentration Cepy ne Pon tc ng Cm C. 6. Explain what happens when hypothermia sets in (when enzymes get too cold!) 7. Does the same thing happen when enzymes get too hot? Why or why not? 8. Explain why graph C levels off. Use enzyme and substrate in your explanation. Why doesn't it matter if enzymes keep getting added? 9. What can affect the speed of an enzyme?
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