A researcher claims that increasing temperature by 10 degrees will double the rate of an enzyme-catalyzed reaction. To test this, he designed an experiment. For each tube, the researcher will measure the rate of product formation

Which best justifies the inclusion of tube 5 as a control?

It will provide a measurement of product formation in the absence of the substrate

It will provide a measurement of product formation in the presence of a denatured enzyme

It will show the effect of doubling the amount of substrate on the rate of product formation

It will show the effect of increased enzyme activity on the rate of product formation

For any experimental research study, it is a common practice to have sets of experimental runs as well as a control. The main essence of the control is to investigate the effects of a given substance such as an enzyme on the experimental conditions. This is done by comparing the experimental results in the presence of an enzyme with the results in the absence of an enzyme.

tutorareej tutorareej · Answer 2 · 2021-12-02T13:13:05+01:00

The researcher claims the results of the experimental data, the researcher measures the product formation in the presence of a denatured enzyme. Thus, option B is correct.

While performing a chemical experiment to detect the effect of an enzyme on the reaction, the reaction has been performed in different sets to minimize the errors.

The experimental setup has consisted of the control setup that lacks the enzyme or has the presence of a denatured enzyme, in order to perform a comparative study with the catalysis.

Thus, in order to claim the results of the experimental data, the researcher measures the product formation in the presence of a denatured enzyme. Thus, option B is correct.

For more information about the experimental setup, refer to the link:

https://brainly.com/question/24899625