Question

Refer to the chemical reaction below. aA + bB → cC You set up this reaction and run it under four sets of conditions: 1) At room temperature in the absence of the proper enzyme, 2) at 100°C in the absence of the proper enzyme, 3) at room temperature with the proper enzyme, and 4) at 100°C with the proper enzyme. Under which set of conditions would you expect the reaction rate to be the fastest? 100°C plus enzyme 100°C minus enzyme RT plus enzyme RT minus enzyme

Name: refer to the chemical reaction below aa bb cc you set up this reaction and run it under four sets of conditions 1 at room temperature in the absence of the proper enzyme 2 at 100c in the abs 47447
Uploaded: 2021-12-24T03:21:17-08:00
Duration: 45 s
Channel: Keemin Lee
Description: refer to the chemical reaction below aa bb cc you set up this reaction and run it under four sets of conditions 1 at room temperature in the absence of the proper enzyme 2 at 100c in the abs 47447

          Refer to the chemical reaction below.
aA + bB → cC    
You set up this reaction and run it under four sets of conditions:
1) At room temperature in the absence of the proper enzyme,
2) at 100°C in the absence of the proper enzyme,
3) at room temperature with the proper enzyme, and
4) at 100°C with the proper enzyme.
Under which set of conditions would you expect the reaction rate to be the fastest?
100°C plus enzyme
100°C minus enzyme
RT plus enzyme
RT minus enzyme

Added by Kristen T.

Biology for AP Courses

Julianne Zedalis, John Eggebrecht

Instant Answer

Solved by Expert Keemin Lee

12/24/2021

Step 1

Generally, increasing the temperature increases the kinetic energy of the molecules, which can lead to a higher reaction rate due to more frequent and energetic collisions. Show more…

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Refer to the chemical reaction below. aA + bB → cC You set up this reaction and run it under four sets of conditions: 1) At room temperature in the absence of the proper enzyme, 2) at 100°C in the absence of the proper enzyme, 3) at room temperature with the proper enzyme, and 4) at 100°C with the proper enzyme. Under which set of conditions would you expect the reaction rate to be the fastest? 100°C plus enzyme 100°C minus enzyme RT plus enzyme RT minus enzyme