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AP' GRADED doer violate honow code --D 3D 3. (12 points, suggested time 25 minutes) A block is initially at position x = 0 and in contact with an uncompressed spring of negligible mass. The block is pushed back along a frictionless surface from position x = 0 to x = -D, as shown above, compressing the spring by an amount Ax = D. The block is then released. At x = 0 the block enters a rough part of the track and eventually comes to rest at position x = 3D. The coefficient of kinetic friction between the block and the rough track is u. (a) On the axes below, sketch and label graphs of the following two quantities as a function of the position of the block between x = -D and x 3D. You do not need to calculate values for the vertical axis, but the same vertical scale should be used for both quantities. i. The kinetic energy K of the block ii. The potential energy U of the block-spring system Energy -D D 2D 3D

AP' GRADED doer violate honow code --D 3D 3. (12 points, suggested time 25 minutes) A block is initially at position x = 0 and in contact with an uncompressed spring of negligible mass. The block is pushed back along a frictionless surface from position x = 0 to x = -D, as shown above, compressing the spring by an amount Ax = D. The block is then released. At x = 0 the block enters a rough part of the track and eventually comes to rest at position x = 3D. The coefficient of kinetic friction between the block and the rough track is u. (a) On the axes below, sketch and label graphs of the following two quantities as a function of the position of the block between x = -D and x 3D. You do not need to calculate values for the vertical axis, but the same vertical scale should be used for both quantities. i. The kinetic energy K of the block ii. The potential energy U of the block-spring system Energy -D D 2D 3D

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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please answer this time, it's not graded and does  not violate honor code.

 

why is the graph curved? i do not understand

it's official relcased practice from AP PLEASE ANSWER 2015 AP® PHYSICS 1 FREE-RESPONSE QUESTIONS |\ S N20T GRADED doegn It violate honor code -D 3D 3. (12 points, suggested time 25 minutes) A block is initially at position x = 0 and in contact with an uncompressed spring of negligible mass. The block is pushed back along a frictionless surface from position xr = 0 to x = -D, as shown above, compressing the spring by an amount Ax = D. The block is then released. At x = 0 the block enters a rough part of the track and eventually comes to rest at position x = 3D. The coefficient of kinetic friction between the block and the rough track is u. (a) On the axes below, sketch and label graphs of the following two quantities as a function of the position of the block between x = -D and x = 3D. You do not need to calculate values for the vertical axis, but the same vertical scale should be used for both quantities. i. The kinetic energy K of the block ii. The potential energy U of the block-spring system Energy 2D 3D
Transcribed Image Text:it's official relcased practice from AP PLEASE ANSWER 2015 AP® PHYSICS 1 FREE-RESPONSE QUESTIONS |\ S N20T GRADED doegn It violate honor code -D 3D 3. (12 points, suggested time 25 minutes) A block is initially at position x = 0 and in contact with an uncompressed spring of negligible mass. The block is pushed back along a frictionless surface from position xr = 0 to x = -D, as shown above, compressing the spring by an amount Ax = D. The block is then released. At x = 0 the block enters a rough part of the track and eventually comes to rest at position x = 3D. The coefficient of kinetic friction between the block and the rough track is u. (a) On the axes below, sketch and label graphs of the following two quantities as a function of the position of the block between x = -D and x = 3D. You do not need to calculate values for the vertical axis, but the same vertical scale should be used for both quantities. i. The kinetic energy K of the block ii. The potential energy U of the block-spring system Energy 2D 3D
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