@bot
Hit the reset button and then set the following
settings on the Simulation.
Starch: 0
Amylase: 5
Temp: 35
Maltose: 0
Maltase: 0
pH: 7
Glucose: 0
Amylase Inhibitor: 0
For this question, you will need to adjust the pH until all of
the enzymes are denatured. At what pH does all of the
amylase become denatured? You must reset the simulation
many times as you adjust the pH only. Make the solution
more basic and more acidic until all of the enzymes are
denatured. (1 point)
6.0 and 7.5
5.5 and 7.5
5.5 and 8.5
6.5 and 7.5
To determine at what pH all of the amylase become denatured, you need to adjust the pH of the simulation and observe the enzyme activity. You should reset the simulation multiple times as you adjust the pH only. Make the solution more basic and more acidic until all of the enzymes are denatured.
so what is the answer
Based on the given options, the correct answer is 5.5 and 7.5.
To determine at what pH all of the amylase becomes denatured, you need to adjust the pH until all the enzymes are denatured. Start by resetting the simulation and setting the initial conditions as mentioned:
Starch: 0
Amylase: 5
Temp: 35
Maltose: 0
Maltase: 0
pH: 7
Glucose: 0
Amylase Inhibitor: 0
Since you need to reset the simulation multiple times to adjust the pH, you should gradually make the solution more basic and more acidic until all the enzymes are denatured.
Test with pH 6.0: Reset the simulation and adjust the pH to 6.0. If the amylase is still active, it means it is not denatured fully.
Test with pH 5.5: Reset the simulation and adjust the pH to 5.5. If the amylase is still active, it means it is not denatured fully.
Test with pH 7.5: Reset the simulation and adjust the pH to 7.5. If the amylase is no longer active, it means all the amylase is denatured.
Based on the choices given, the correct answer would be "6.5 and 7.5".
To determine at what pH all of the amylase becomes denatured, we need to adjust the pH of the simulation until all the enzymes are denatured. To do this, we will need to reset the simulation multiple times and adjust the pH only.
According to the options provided, we have to make the solution more basic and more acidic until all of the enzymes are denatured. Let's start by testing the pH range of 6.0 to 7.5.
First, set the pH to 6.0 and observe the behavior of the enzymes in the simulation. If the enzymes are not denatured, reset the simulation and adjust the pH to 6.5. Again, observe the behavior of the enzymes. Repeat this process incrementally until the enzymes are denatured or we reach a pH of 7.5.
If the enzymes become denatured within the pH range of 6.0 to 7.5, then we can conclude that the correct answer is "6.0 and 7.5". However, if the enzymes are not denatured in this pH range, we will repeat the process with the next set of options, 5.5 to 7.5.
Continuing this process, keep adjusting the pH range within the provided choices until all the enzymes are denatured. Finally, based on the observations, we will be able to determine the correct answer.