Question

graphing: enzymes. use the graphs above about enzyme activity to answer the following questions. (a) temperature. (b) ph. 1. what is the ideal temperature for the enzyme in graph a. 2. what is the ideal ph for the enzyme in graph b. 3. imagine that the enzyme in graph b is placed in a new environment with ph value of 3. using graph b above describe how well this enzyme will function. 4. explain how the enzyme in graph a will function at 50 degrees. your answer should include the word denature. 5. what would be an appropriate title for graph a?

Explanation:

Step1: Find peak of graph A

The peak of graph A occurs at 35°C, which is the ideal temperature.

Step2: Find peak of graph B

The peak of graph B occurs at pH 7, which is the ideal pH.

Step3: Analyze graph B at pH 3

At pH 3 on graph B, enzyme activity is low as it is far from the optimal pH of 7.

Step4: Analyze graph A at 50 degrees

At 50 degrees on graph A, the enzyme activity is very low. The high - temperature causes the enzyme to denature, changing its shape and reducing its functionality.

Step5: Title for graph A

A suitable title could describe the relationship between temperature and enzyme activity.

Answer:

1. 35°C
2. 7
3. The enzyme will have low activity at pH 3 as it is far from the optimal pH, resulting in reduced functionality.
4. At 50 degrees, the enzyme in graph A will have very low activity. The high temperature causes the enzyme to denature, altering its three - dimensional structure and reducing its ability to catalyze reactions.
5. "Effect of Temperature on Enzyme Activity"