Draw thevelocity vs time graph to match the displacement vs time graph on the left.
Question 2
2.
Draw the velocity vs time graph to match the displacement vs time graph on the left.
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Question 3
3.
Draw the displacement vs time graph to match the velocity vs time graph on the left. The starting displacement is plotted for you on the graph.
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Question 4
4.
Draw the displacement vs time graph to match the velocity vs time graph on the left. The starting displacement is plotted for you on the graph.
A football quarterback runs 15.0 m straight forward 2.50 s. He is then hit and pushed 3.00 m straight backward in 1.75 s. He breaks the tackle and runs straight forward another 21.0 m in 5.20 s.
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Question 5
5.
Draw a diagram showing the motion of the quarterback.
Question 6
6.
Calculate the average velocity for his first run forward.
Question 7
7.
Calculate the average velocity when he is pushed backward.
Question 8
8.
Calculate the average velocity when he breaks the tackle and runs forward again.
Question 9
9.
Calculate his total average velocity
A person who walks for exercise produces the position–time graph given with this problem.
Question 10
10.
Calculate the velocity of each of the four segments
Question 11
11.
Velocity of segment A
Question 12
12.
Velocity of segment B
Question 13
13.
Velocity of segment C
Question 14
14.
Velocity of segment D
Question 15
15.
What is the total average velocity?
Indicate whether the segments of the graph have positive, negative, or zero velocity.
