Scenario 1: You are running a marathon and observe that running increases your pulse rate. Using what you know about the scientific method complete the following: 1. Write a hypothesis: 2. Independent variable: 3. Dependent variable: 4. Controlled variables (at least 3): a. b. c 5. Control Treatment: 6. Experimental Treatment: Scenario 2: Sarah kicked a fully inflated soccer ball 100 times and measured how far it traveled. Next, she kicked a partially inflated soccer ball 100 times and measured how far it traveled. 1. Write a hypothesis: 2. Independent variable: 3. Dependent variable: 4. Controlled variables (at least 3): a. b. c 5. Control Treatment: 6. Experimental Treatment:
Scenario 1: You are running a marathon and observe that running increases your pulse rate. Using what you know about the scientific method complete the following: 1. Write a hypothesis: 2. Independent variable: 3. Dependent variable: 4. Controlled variables (at least 3): a. b. c 5. Control Treatment: 6. Experimental Treatment: Scenario 2: Sarah kicked a fully inflated soccer ball 100 times and measured how far it traveled. Next, she kicked a partially inflated soccer ball 100 times and measured how far it traveled. 1. Write a hypothesis: 2. Independent variable: 3. Dependent variable: 4. Controlled variables (at least 3): a. b. c 5. Control Treatment: 6. Experimental Treatment:
Biology: The Dynamic Science (MindTap Course List)
4th Edition
ISBN:9781305389892
Author:Peter J. Russell, Paul E. Hertz, Beverly McMillan
Publisher:Peter J. Russell, Paul E. Hertz, Beverly McMillan
Chapter1: Introduction To Biological Concepts And Research
Section: Chapter Questions
Problem 7TYK: Which of the following represents the application of the scientific method? a. comparing one...
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Scenario 1: You are running a marathon and observe that running increases your pulse rate. Using what you know about the scientific method complete the following:
1. Write a hypothesis:
2. Independent variable:
3. Dependent variable:
4. Controlled variables (at least 3):
a.
b.
c
5. Control Treatment:
6. Experimental Treatment:
Scenario 2: Sarah kicked a fully inflated soccer ball 100 times and measured how far it traveled. Next, she kicked a partially inflated soccer ball 100 times and measured how far it traveled.
1. Write a hypothesis:
2. Independent variable:
3. Dependent variable:
4. Controlled variables (at least 3):
a.
b.
c
5. Control Treatment:
6. Experimental Treatment:
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