A student has assembled an arrangement of tracks on which a steel ball has the motion represented by the v versus t graph at the right. The ball is released from rest (v = 0 cm/s) at x = 46 cm when t = 0 s. a. At what time (to the nearest second) was the ball at x = 188 cm? Show your work, explaining how you determined your answer from the v versus t graph.b. What was the magnitude of the average velocity of the ball over the entire time interval shown on the graph (i.e., between t = 0 s and t = 20 s)? Show all work. 3. A student has assembled an arrangement of tracks on which a steel ball has the motionrepresented by the vversus t graph at right. The ball is released from rest (v=0 cm/s)at x = 46 cm when t=0 s.40a. At what time (to the nearestsecond) was the ball atx = 188 cm? Show your work,explaining how you determinedyour answer from the v versus tgraph.b. What was the magnitude of theaverage velocity of the ball overthe entire time interval shown onthe graph (i.e., between t=0 sand t= 20 s)? Show all work.Velocity (cm/s)30201000510Time (seconds)1520

Given Data: The initial velocity of ball v=0 cms Initial position of ball x0=46 cm Final position of…

Answered: tudent has assembled an arrangement of…

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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A student has assembled an arrangement of tracks on which a steel ball has the motion represented by the v versus t graph at the right. The ball is released from rest (v = 0 cm/s) at x = 46 cm when t = 0 s.

a. At what time (to the nearest second) was the ball at x = 188 cm? Show your work, explaining how you determined your answer from the v versus t graph.

b. What was the magnitude of the average velocity of the ball over the entire time interval shown on the graph (i.e., between t = 0 s and t = 20 s)? Show all work.

3. A student has assembled an arrangement of tracks on which a steel ball has the motion
represented by the vversus t graph at right. The ball is released from rest (v=0 cm/s)
at x = 46 cm when t=0 s.
40
a. At what time (to the nearest
second) was the ball at
x = 188 cm? Show your work,
explaining how you determined
your answer from the v versus t
graph.
b. What was the magnitude of the
average velocity of the ball over
the entire time interval shown on
the graph (i.e., between t=0 s
and t= 20 s)? Show all work.
Velocity (cm/s)
30
20
10
0
0
5
10
Time (seconds)
15
20

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