Physics 100Pretest 111The diagram below represents a strobe photograph of the motion of a ball asit rolls up and down the track. (In a strobe photograph, the position of anobject is shown at instants that are separated by equal time intervals.)uphill10Name:downhill38Turnaroundpoint5Turnaroundpoint76At each of the locations shown, draw a vector to represent the accelerationof the ball. If you know the magnitude of the acceleration at any of thelocations (for example, if the acceleration is zero, etc.), indicate thatexplicitly.Briefly explain why you drew the arrows as you did.

Name: Physics 100Pretest 111The diagram below represents a strobe photograp
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Description: Physics 100Pretest 111The diagram below represents a strobe photograph of the motion of a ball asit rolls up and down the track. (In a strobe photograph, the position of anobject is shown at instants that are separated by equal time intervals.)uphil

To show the direction of the acceleration at different points in the figure. Given:The figure: To…

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At each of the locations shown, draw a vector to represent the acceleration of the ball. If you know the magnitude of the acceleration at any of the locations (for example, if the acceleration is zero, etc.), indicate that explicitly. Briefly explain why you drew the arrows as you did.

At each of the locations shown, draw a vector to represent the acceleration of the ball. If you know the magnitude of the acceleration at any of the locations (for example, if the acceleration is zero, etc.), indicate that explicitly. Briefly explain why you drew the arrows as you did.

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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Physics 100
Pretest 1
11
The diagram below represents a strobe photograph of the motion of a ball as
it rolls up and down the track. (In a strobe photograph, the position of an
object is shown at instants that are separated by equal time intervals.)
uphill
10
Name:
downhill
3
8
Turnaround
point
5
Turnaround
point
76
At each of the locations shown, draw a vector to represent the acceleration
of the ball. If you know the magnitude of the acceleration at any of the
locations (for example, if the acceleration is zero, etc.), indicate that
explicitly.
Briefly explain why you drew the arrows as you did.

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