Match each term on the left with the most appropriate description on the right and place the letter of that description in the table below. 21 22 17 18 19 20 23 24 25 26 17. Work 18. Kinetic Energy 19. Gravitational Potential Energy 20. Elastic Potential Energy 21. Impulse 22. Elastic Collision 23. Inelastic Collision 24. Conservation of Energy 25. Conservation of Momentum 26. Hooke's Law A - The energy of motion when work is done on an object. B-The change in momentum. C-In any closed system, the total energy remains constant. D-The ability of gravity to do work on an object by causing it to fall. E - The transfer of energy. Done when a force acts on an object causing the object to move in the direction of the force F-The total amount of this before a collision is equal to the total amount after, provided there is no net forces on the system. G-The stored energy in this object, resulting from deforming the object, is able to do work. H - A collision where the total amount of kinetic energy is conserved. I - Kinetic energy is not conserved. J- The deformation of an elastic object is proportional to the force applied

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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Question
Match each term on the left with the most appropriate description on the right and place the letter of that
description in the table below.
21 22
17
18
19
20
23 24 25 26
17. Work
18. Kinetic Energy
19. Gravitational Potential Energy
20. Elastic Potential Energy
21. Impulse
22. Elastic Collision
23. Inelastic Collision
24. Conservation of Energy
25. Conservation of Momentum
26. Hooke's Law
A - The energy of motion when work is done on an object.
B-The change in momentum.
C-In any closed system, the total energy remains constant.
D-The ability of gravity to do work on an object by causing it to fall.
E - The transfer of energy. Done when a force acts on an object
causing the object to move in the direction of the force
F-The total amount of this before a collision is equal to the total
amount after, provided there is no net forces on the system.
G-The stored energy in this object, resulting from deforming the object,
is able to do work.
H - A collision where the total amount of kinetic energy is conserved.
I - Kinetic energy is not conserved.
J- The deformation of an elastic object is proportional to the force
applied
Transcribed Image Text:Match each term on the left with the most appropriate description on the right and place the letter of that description in the table below. 21 22 17 18 19 20 23 24 25 26 17. Work 18. Kinetic Energy 19. Gravitational Potential Energy 20. Elastic Potential Energy 21. Impulse 22. Elastic Collision 23. Inelastic Collision 24. Conservation of Energy 25. Conservation of Momentum 26. Hooke's Law A - The energy of motion when work is done on an object. B-The change in momentum. C-In any closed system, the total energy remains constant. D-The ability of gravity to do work on an object by causing it to fall. E - The transfer of energy. Done when a force acts on an object causing the object to move in the direction of the force F-The total amount of this before a collision is equal to the total amount after, provided there is no net forces on the system. G-The stored energy in this object, resulting from deforming the object, is able to do work. H - A collision where the total amount of kinetic energy is conserved. I - Kinetic energy is not conserved. J- The deformation of an elastic object is proportional to the force applied
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