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2. This plot shows the velocity vs. time reading for an object. Label the axes accordingly and use the descriptions of motion to answer the questions below. The vehicle below is shown in several states of motion. UM = Uniform motion (constant velocity) +UM Uniterm moton in the pesive direction -UM Unform metion in the negative direction Atrest UAM = Uniform acceleration motion (constant acceleration) UAM: Moving in the UAM- Moving in the negativedretien whle slewing down negative direction whle pending p UAMMoving in the pestive direction wile peeding up UAMMoving in the pesitive direction while stewing dewn Complete the table by using the descriptions to identify each segment of the motion depicted in the graph. Then, identify the nature of the velocity and the acceleration of each interval as positive, negative or zero. For example, during interval A (t = 0 to 1 s), the velocity is zero and the acceleration is zero. During interval D (t = 3 to 4 s), the velocity is negative and the acceleration is positive. a. between t = 0 and t=1s f. between t = 5 and t = 6 5 b. between t= 1 and t = 2s g. between t = 6 and t=7s ai c. between t = 2 and t = 3s h. between t = 7 and t = 8s a: a: d. between t = 3 and t = 4s i. between t = 8 and t = 9s a: ai e. between t = 4 and t = 5 s j. between t = 9 and t= 10 s a:

2. This plot shows the velocity vs. time reading for an object. Label the axes accordingly and use the descriptions of motion to answer the questions below. The vehicle below is shown in several states of motion. UM = Uniform motion (constant velocity) +UM Uniterm moton in the pesive direction -UM Unform metion in the negative direction Atrest UAM = Uniform acceleration motion (constant acceleration) UAM: Moving in the UAM- Moving in the negativedretien whle slewing down negative direction whle pending p UAMMoving in the pestive direction wile peeding up UAMMoving in the pesitive direction while stewing dewn Complete the table by using the descriptions to identify each segment of the motion depicted in the graph. Then, identify the nature of the velocity and the acceleration of each interval as positive, negative or zero. For example, during interval A (t = 0 to 1 s), the velocity is zero and the acceleration is zero. During interval D (t = 3 to 4 s), the velocity is negative and the acceleration is positive. a. between t = 0 and t=1s f. between t = 5 and t = 6 5 b. between t= 1 and t = 2s g. between t = 6 and t=7s ai c. between t = 2 and t = 3s h. between t = 7 and t = 8s a: a: d. between t = 3 and t = 4s i. between t = 8 and t = 9s a: ai e. between t = 4 and t = 5 s j. between t = 9 and t= 10 s a:

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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This plot shows the velocity vs. time reading for an object. Label the axes accordingly and use the descriptions of motion to answer the questions below.

2. This plot shows the velocity vs. time reading for an object. Label the axes accordingly and use the descriptions of motion to answer the questions below. The vehicle below is shown in several states of motion. UM = Uniform motion (constant velocity) -UM Unitorm metion in the negative direction At rest +UM Uniform motion in the pestive diection UAM = Uniform acceleration motion (constant acceleration) UAM Moving in the negativedirection while slewing down UAM Moving in the negative direction while peeding up UAMMoving in the UAM- Moving in the pestive detien wle pending up pesitive diretion while slewing dewn Complete the table by using the descriptions to identify each segment of the motion depicted in the graph. Then, identify the nature of the velocity and the acceleration of each interval as positive, negative or zero. For example, during interval A (t = 0 to 1 s), the velocity is zero and the acceleration is zero. During interval D (t = 3 to 4 5), the velocity is negative and the acceleration is positive. a. between t = 0 and t =1s a: f. between t = 5 and t = 6 5 b. between t= 1 and t= 2s g. between t = 6 and t =7s a: at c. between t = 2 and t = 3 s h. between t = 7 and t = 8s ai d. between t= 3 and t=4s i. between t = 8 and t = 9s a: %3D at e. between t = 4 and t = 5s j. between t = 9 and t= 10 s L a: a:
Transcribed Image Text:2. This plot shows the velocity vs. time reading for an object. Label the axes accordingly and use the descriptions of motion to answer the questions below. The vehicle below is shown in several states of motion. UM = Uniform motion (constant velocity) -UM Unitorm metion in the negative direction At rest +UM Uniform motion in the pestive diection UAM = Uniform acceleration motion (constant acceleration) UAM Moving in the negativedirection while slewing down UAM Moving in the negative direction while peeding up UAMMoving in the UAM- Moving in the pestive detien wle pending up pesitive diretion while slewing dewn Complete the table by using the descriptions to identify each segment of the motion depicted in the graph. Then, identify the nature of the velocity and the acceleration of each interval as positive, negative or zero. For example, during interval A (t = 0 to 1 s), the velocity is zero and the acceleration is zero. During interval D (t = 3 to 4 5), the velocity is negative and the acceleration is positive. a. between t = 0 and t =1s a: f. between t = 5 and t = 6 5 b. between t= 1 and t= 2s g. between t = 6 and t =7s a: at c. between t = 2 and t = 3 s h. between t = 7 and t = 8s ai d. between t= 3 and t=4s i. between t = 8 and t = 9s a: %3D at e. between t = 4 and t = 5s j. between t = 9 and t= 10 s L a: a:
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