How would the graph for Kinetic Energy vs. Mass differ from the graph for Kinetic Energy vs. Speed? A. The graph for Kinetic Energy vs. Mass would represent a directly proportional, linear relationship while the Kinetic Energy vs. Speed would represent a directly proportional, exponential relationship. B. The graph for Kinetic Energy vs. Mass would represent a directly proportional, linear relationship while the Kinetic Energy vs. Speed would represent an inversely proportional, exponential relationship. C. The graph for Kinetic Energy vs. Mass and the graph for Kinetic Energy vs. Speed would both represent a directly proportional, linear relationship. D. The graph for Kinetic Energy vs. Mass and the graph for Kinetic Energy vs. Speed would both represent a directly proportional, exponential relationship.

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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13. Students collect data using a toy roller coaster and construct the following
table.
Mass (kg)
Speed (m/s)
KE (J)
4
8
6.
12
9
4
18
6
3
27
4
16
4
4
32
4
48
How would the graph for Kinetic Energy vs. Mass differ from the graph for
Kinetic Energy vs. Speed?
A. The graph for Kinetic Energy vs. Mass would represent a directly proportional,
linear relationship while the Kinetic Energy vs. Speed would represent a directly
proportional, exponential relationship.
B. The graph for Kinetic Energy vs. Mass would represent a directly proportional,
linear relationship while the Kinetic Energy vs. Speed would represent an
inversely proportional, exponential relationship.
C. The graph for Kinetic Energy vs. Mass and the graph for Kinetic Energy vs.
Speed would both represent a directly proportional, linear relationship.
D. The graph for Kinetic Energy vs. Mass and the graph for Kinetic Energy vs.
Speed would both represent a directly proportional, exponential relationship.
O
20
Transcribed Image Text:hect.com Automatic Zoom 13. Students collect data using a toy roller coaster and construct the following table. Mass (kg) Speed (m/s) KE (J) 4 8 6. 12 9 4 18 6 3 27 4 16 4 4 32 4 48 How would the graph for Kinetic Energy vs. Mass differ from the graph for Kinetic Energy vs. Speed? A. The graph for Kinetic Energy vs. Mass would represent a directly proportional, linear relationship while the Kinetic Energy vs. Speed would represent a directly proportional, exponential relationship. B. The graph for Kinetic Energy vs. Mass would represent a directly proportional, linear relationship while the Kinetic Energy vs. Speed would represent an inversely proportional, exponential relationship. C. The graph for Kinetic Energy vs. Mass and the graph for Kinetic Energy vs. Speed would both represent a directly proportional, linear relationship. D. The graph for Kinetic Energy vs. Mass and the graph for Kinetic Energy vs. Speed would both represent a directly proportional, exponential relationship. O 20
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