Top Banner
Name:________________________________________________________________ Class Period:____________ REGENTS PRACTICE- Enzymes
4

 · Web viewName:_____ Class Period:_____ REGENTS PRACTICE- Enzymes Decreases Increases Remains the same Increases, then decreases State what would most likely happen to the rate

May 21, 2018

Download

Documents

lamnhi
Welcome message from author
This document is posted to help you gain knowledge. Please leave a comment to let me know what you think about it! Share it to your friends and learn new things together.
Transcript
Page 1:  · Web viewName:_____ Class Period:_____ REGENTS PRACTICE- Enzymes Decreases Increases Remains the same Increases, then decreases State what would most likely happen to the rate

Name:________________________________________________________________ Class Period:____________REGENTS PRACTICE- Enzymes

Page 2:  · Web viewName:_____ Class Period:_____ REGENTS PRACTICE- Enzymes Decreases Increases Remains the same Increases, then decreases State what would most likely happen to the rate

(1) Decreases(2) Increases(3) Remains the same(4) Increases, then decreases

State what would most likely happen to the rate of enzyme action if the temperature were reduced by 10 degrees. Support your answer [1]

______________________________________________________________________________________________________________________________________________________________________________________________________

Which of the following does not describe an enzyme?

(1) Protein molecules(2) Inorganic catalysts(3) Biological catalysts(4) Organic molecules

Page 3:  · Web viewName:_____ Class Period:_____ REGENTS PRACTICE- Enzymes Decreases Increases Remains the same Increases, then decreases State what would most likely happen to the rate
Page 4:  · Web viewName:_____ Class Period:_____ REGENTS PRACTICE- Enzymes Decreases Increases Remains the same Increases, then decreases State what would most likely happen to the rate

Amylase is an enzyme in the saliva that begins the digestion of food. Amylase is specifically designed to break down carbohydrates. As amylase is swallowed with food, it makes its way into the stomach where it is no longer functional.

In your answer be sure to include:

State the specific function of all enzymes [1] State what type of biological molecule all enzymes are [1] State the specific product of the chemical reaction catalyzed by amylase [1] Give one reason why amylase will no longer function once it reaches the stomach [1]

_____________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________