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Conservation of Energy Lab NAME Define Potential Energy Begin by defining potential energy in your own words within one concise eight word sentence: Take a moment and Predict potential energy's relationship to the indicated variables: 1. We tested the variable mass. As it was increased, the potential energy bar chart size (increased, decreased, or remained constant). 2. We tested the variable vertical distance. As it was increased, the potential energy bar (increased, decreased, or remained constant). 3. We tested the variable horizontal distance. As it was increased, the potential energy bar chart size chart size (increased, decreased, or remained constant). 4. We tested the variable speed. As it was increased, the potential energy bar chart size (increased, decreased, or remained constant). 5. We tested the variable kinetic energy. As it was increased, the potential energy bar (increased, decreased, or remained constant). chart size 6. We tested the variable total energy. As it was increased, the potential energy bar chart (increased, decreased, or remained constant). gelsm size noltom wolz Define Kinetic Energy: Begin by defining kinetic energy in your own words within one concise eight word sentence: Take a moment and Predict kinetic energy's relationship to the indicated variables: 7. We tested the variable mass. As it was increased, the kinetic energy bar chart size (increased, decreased, or remained constant). 8. We tested the variable speed. As it was increased, the kinetic energy bar chart size (increased, decreased, or remained constant). 9. We tested the variable potential energy. As it was increased, the kinetic energy bar chart size (increased, decreased, or remained constant). 10. We tested the variable total energy. As it was increased, the kinetic energy bar chart size (increased, decreased, or remained constant). Now that you have made some predictions, we are now going to explore the variables and concepts that contribute to the scientific definition of potential energy. Using your definition of potential energy, we will test the four variables that may or may not contribute to the size of the pie chart and potential energy bar. 1

Conservation of Energy Lab NAME Define Potential Energy Begin by defining potential energy in your own words within one concise eight word sentence: Take a moment and Predict potential energy's relationship to the indicated variables: 1. We tested the variable mass. As it was increased, the potential energy bar chart size (increased, decreased, or remained constant). 2. We tested the variable vertical distance. As it was increased, the potential energy bar (increased, decreased, or remained constant). 3. We tested the variable horizontal distance. As it was increased, the potential energy bar chart size chart size (increased, decreased, or remained constant). 4. We tested the variable speed. As it was increased, the potential energy bar chart size (increased, decreased, or remained constant). 5. We tested the variable kinetic energy. As it was increased, the potential energy bar (increased, decreased, or remained constant). chart size 6. We tested the variable total energy. As it was increased, the potential energy bar chart (increased, decreased, or remained constant). gelsm size noltom wolz Define Kinetic Energy: Begin by defining kinetic energy in your own words within one concise eight word sentence: Take a moment and Predict kinetic energy's relationship to the indicated variables: 7. We tested the variable mass. As it was increased, the kinetic energy bar chart size (increased, decreased, or remained constant). 8. We tested the variable speed. As it was increased, the kinetic energy bar chart size (increased, decreased, or remained constant). 9. We tested the variable potential energy. As it was increased, the kinetic energy bar chart size (increased, decreased, or remained constant). 10. We tested the variable total energy. As it was increased, the kinetic energy bar chart size (increased, decreased, or remained constant). Now that you have made some predictions, we are now going to explore the variables and concepts that contribute to the scientific definition of potential energy. Using your definition of potential energy, we will test the four variables that may or may not contribute to the size of the pie chart and potential energy bar. 1

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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Conservation of Energy Lab NAME Define Potential Energy Begin by defining potential energy in your own words within one concise eight word sentence: Take a moment and Predict potential energy's relationship to the indicated variables: 1. We tested the variable mass. As it was increased, the potential energy bar chart size (increased, decreased, or remained constant). 2. We tested the variable vertical distance. As it was increased, the potential energy bar (increased, decreased, or remained constant). 3. We tested the variable horizontal distance. As it was increased, the potential energy bar chart size chart size (increased, decreased, or remained constant). 4. We tested the variable speed. As it was increased, the potential energy bar chart size (increased, decreased, or remained constant). 5. We tested the variable kinetic energy. As it was increased, the potential energy bar (increased, decreased, or remained constant). chart size 6. We tested the variable total energy. As it was increased, the potential energy bar chart (increased, decreased, or remained constant). gelsm size noltom wolz Define Kinetic Energy: Begin by defining kinetic energy in your own words within one concise eight word sentence: Take a moment and Predict kinetic energy's relationship to the indicated variables: 7. We tested the variable mass. As it was increased, the kinetic energy bar chart size (increased, decreased, or remained constant). 8. We tested the variable speed. As it was increased, the kinetic energy bar chart size (increased, decreased, or remained constant). 9. We tested the variable potential energy. As it was increased, the kinetic energy bar chart size (increased, decreased, or remained constant). 10. We tested the variable total energy. As it was increased, the kinetic energy bar chart size (increased, decreased, or remained constant). Now that you have made some predictions, we are now going to explore the variables and concepts that contribute to the scientific definition of potential energy. Using your definition of potential energy, we will test the four variables that may or may not contribute to the size of the pie chart and potential energy bar. 1
Transcribed Image Text:Conservation of Energy Lab NAME Define Potential Energy Begin by defining potential energy in your own words within one concise eight word sentence: Take a moment and Predict potential energy's relationship to the indicated variables: 1. We tested the variable mass. As it was increased, the potential energy bar chart size (increased, decreased, or remained constant). 2. We tested the variable vertical distance. As it was increased, the potential energy bar (increased, decreased, or remained constant). 3. We tested the variable horizontal distance. As it was increased, the potential energy bar chart size chart size (increased, decreased, or remained constant). 4. We tested the variable speed. As it was increased, the potential energy bar chart size (increased, decreased, or remained constant). 5. We tested the variable kinetic energy. As it was increased, the potential energy bar (increased, decreased, or remained constant). chart size 6. We tested the variable total energy. As it was increased, the potential energy bar chart (increased, decreased, or remained constant). gelsm size noltom wolz Define Kinetic Energy: Begin by defining kinetic energy in your own words within one concise eight word sentence: Take a moment and Predict kinetic energy's relationship to the indicated variables: 7. We tested the variable mass. As it was increased, the kinetic energy bar chart size (increased, decreased, or remained constant). 8. We tested the variable speed. As it was increased, the kinetic energy bar chart size (increased, decreased, or remained constant). 9. We tested the variable potential energy. As it was increased, the kinetic energy bar chart size (increased, decreased, or remained constant). 10. We tested the variable total energy. As it was increased, the kinetic energy bar chart size (increased, decreased, or remained constant). Now that you have made some predictions, we are now going to explore the variables and concepts that contribute to the scientific definition of potential energy. Using your definition of potential energy, we will test the four variables that may or may not contribute to the size of the pie chart and potential energy bar. 1
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