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*12–44. The v-t graph for a particle moving through an electric field from one plate to another has the shape shown in the figure. The acceleration and deceleration that occur are constant and both have a magnitude of 4 m/s?. If the plates are spaced 200 mm apart, determine the maximum velocity vmux and the time t' for the particle to travel from one plate to the other. Also draw the s-t graph. When 1 = ' /2 the particle is at s = 100 mm. 12-45. The v-t graph for a particle moving through an electric field from one plate to another has the shape shown in the figure, where t' = 0.2 s and vmax = 10 m/s. Draw the s-t and a-t graphs for the particle. When 1 = t'/2 the particle is at s = 0.5 m. Smax Vmax t'/2

*12–44. The v-t graph for a particle moving through an electric field from one plate to another has the shape shown in the figure. The acceleration and deceleration that occur are constant and both have a magnitude of 4 m/s?. If the plates are spaced 200 mm apart, determine the maximum velocity vmux and the time t' for the particle to travel from one plate to the other. Also draw the s-t graph. When 1 = ' /2 the particle is at s = 100 mm. 12-45. The v-t graph for a particle moving through an electric field from one plate to another has the shape shown in the figure, where t' = 0.2 s and vmax = 10 m/s. Draw the s-t and a-t graphs for the particle. When 1 = t'/2 the particle is at s = 0.5 m. Smax Vmax t'/2

Principles of Physics: A Calculus-Based Text
Principles of Physics: A Calculus-Based Text
5th Edition
ISBN:9781133104261
Author:Raymond A. Serway, John W. Jewett
Publisher:Raymond A. Serway, John W. Jewett
Chapter20: Electric Potential And Capacitance
Section: Chapter Questions
Problem 13P
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*12–44. The v-t graph for a particle moving through an electric field from one plate to another has the shape shown in the figure. The acceleration and deceleration that occur are constant and both have a magnitude of 4 m/s?. If the plates are spaced 200 mm apart, determine the maximum velocity vmux and the time t' for the particle to travel from one plate to the other. Also draw the s-t graph. When 1 = ' /2 the particle is at s = 100 mm. 12-45. The v-t graph for a particle moving through an electric field from one plate to another has the shape shown in the figure, where t' = 0.2 s and vmax = 10 m/s. Draw the s-t and a-t graphs for the particle. When 1 = t'/2 the particle is at s = 0.5 m. Smax Vmax t'/2
Transcribed Image Text:*12–44. The v-t graph for a particle moving through an electric field from one plate to another has the shape shown in the figure. The acceleration and deceleration that occur are constant and both have a magnitude of 4 m/s?. If the plates are spaced 200 mm apart, determine the maximum velocity vmux and the time t' for the particle to travel from one plate to the other. Also draw the s-t graph. When 1 = ' /2 the particle is at s = 100 mm. 12-45. The v-t graph for a particle moving through an electric field from one plate to another has the shape shown in the figure, where t' = 0.2 s and vmax = 10 m/s. Draw the s-t and a-t graphs for the particle. When 1 = t'/2 the particle is at s = 0.5 m. Smax Vmax t'/2
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