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A plot of potential energy versus position is shown for a 0.245 kg particle that can move along an x-axis as it is acted upon by a conservative force. In the graph, UA = 8 J, Uc = 22 J and U₁ = 31 J (corresponding to x>8). The particle is observed at the point where the potential energy U forms a curved "hill" to have kinetic energy of 3.01 J (At this point Ug = 14 J). What is the difference in particle speed when it is located at x= 6.5m compared to x=3.5m? Assume mechanical energy is conserved. [Find the speed for x=6.5m and subtract the speed for x=3.5m]

A plot of potential energy versus position is shown for a 0.245 kg particle that can move along an x-axis as it is acted upon by a conservative force. In the graph, UA = 8 J, Uc = 22 J and U₁ = 31 J (corresponding to x>8). The particle is observed at the point where the potential energy U forms a curved "hill" to have kinetic energy of 3.01 J (At this point Ug = 14 J). What is the difference in particle speed when it is located at x= 6.5m compared to x=3.5m? Assume mechanical energy is conserved. [Find the speed for x=6.5m and subtract the speed for x=3.5m]

University Physics Volume 1
University Physics Volume 1
18th Edition
ISBN:9781938168277
Author:William Moebs, Samuel J. Ling, Jeff Sanny
Publisher:William Moebs, Samuel J. Ling, Jeff Sanny
Chapter8: Potential Energy And Conservation Of Energy
Section: Chapter Questions
Problem 50P: A particle of mass 0.50 kg moves along the x -axis with a potential energy whose dependence on x is...
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= A plot of potential energy versus position is shown for a 0.245 kg particle that can move along an x-axis as it is acted upon by a conservative force. In the graph, UA = 8 J, Uc = 22 J and Up 31 J (corresponding to x>8). The particle is observed at the point where the potential energy U forms a curved "hill" to have kinetic energy of 3.01 J (At this point Ug = 14 J). What the difference in particle speed when it is located at x= 6.5m compared to x=3.5m? Assume mechanical energy is conserved. [Find the speed for x=6.5m and subtract the speed for x=3.5m] Δυ = m/s What is the range of possible particle motion? [Find the turnaround location for the left and right side. The particle turns around when v=0. Take the difference in these (right value minus left value) to get the range of the particle's motion] Ax| U (J) UD Uc UA 0 1 2 3 4 x (m) 5 6 7 8 9
Transcribed Image Text:= A plot of potential energy versus position is shown for a 0.245 kg particle that can move along an x-axis as it is acted upon by a conservative force. In the graph, UA = 8 J, Uc = 22 J and Up 31 J (corresponding to x>8). The particle is observed at the point where the potential energy U forms a curved "hill" to have kinetic energy of 3.01 J (At this point Ug = 14 J). What the difference in particle speed when it is located at x= 6.5m compared to x=3.5m? Assume mechanical energy is conserved. [Find the speed for x=6.5m and subtract the speed for x=3.5m] Δυ = m/s What is the range of possible particle motion? [Find the turnaround location for the left and right side. The particle turns around when v=0. Take the difference in these (right value minus left value) to get the range of the particle's motion] Ax| U (J) UD Uc UA 0 1 2 3 4 x (m) 5 6 7 8 9
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