he write a conclusion and if the hypothesis was (rejected, modified, or supported) Questions: 1. If you graph indicated where the maximum rate at which amylase can convert starch to glucose and maltose is located, draw or describe where it is on your graph. Explain how you know this information is depicted on your graph. 2. If your graph does not show the maximum rate at which amylase can convert starch to glucose maltose, explain how you know this information is not depicted on you graph
he write a conclusion and if the hypothesis was (rejected, modified, or supported) Questions: 1. If you graph indicated where the maximum rate at which amylase can convert starch to glucose and maltose is located, draw or describe where it is on your graph. Explain how you know this information is depicted on your graph. 2. If your graph does not show the maximum rate at which amylase can convert starch to glucose maltose, explain how you know this information is not depicted on you graph
Biochemistry
9th Edition
ISBN:9781319114671
Author:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.
Publisher:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.
Chapter1: Biochemistry: An Evolving Science
Section: Chapter Questions
Problem 1P
Related questions
Question
- The write a conclusion and if the hypothesis was (rejected, modified, or supported)
Questions:
1. If you graph indicated where the maximum rate at which amylase can convert starch to glucose and maltose is located, draw or describe where it is on your graph. Explain how you know this information is depicted on your graph.
2. If your graph does not show the maximum rate at which amylase can convert starch to glucose maltose, explain how you know this information is not depicted on you graph
Transcribed Image Text:ENZYMES
IV. THE EFFECT OF SUBSTRATE CONCENTRATION ON THE
REACTION RATE (SECOND LAB PERIOD)
In this experiment, the starch (substrate) concentration will be increasing while the amount of amylase
(enzyme) remains constant. To calculate the rate of each reaction you will determine how much product was
formed during a 10-minute reaction period.
Hypothesis:
Prediction: If the hypothesis is correct, then the outcome of this experiment should be that
67
Procedure (This Is a Group Activity)
1. Describe how you will prepare your reaction tubes and run your experiment.
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