A person running ravels at a constant 2.5 m/s. What is the total displacement of the runner after he has traveled for 10 seconds?
3
Question 2
2.
A person walking travels for a total time of 15 seconds, and the walker has a total displacement of 10 meters. What is the velocity of the walker?
1
1
1
Question 5
5.
A car moves with a constant velocity of 20 m/s away from the origin for 10 sec, and then stops for 10 sec.
1
1
1
1
1
Question 3
3.
What types of people are shown in the graph above? (assume the two lines have similar slopes.
I. Two walkers
II. Two runners
III. One walker and one runner
Question 4
4.
Write a sentence in support of your answer to question 3. (Why did you pick the choice that you did?)
Question 6
6.
A car moves with a constant velocity of 20 m/s away from the origin for 10 sec, and then stops for 10 sec.
Question 7
7.
Draw a motion map that shows an object with constant, positive velocity for 5 seconds and then stops for 3 seconds.
Question 8
8.
A student walks down the hall at a constant velocity for 10 sec. Then the student immediately sprints back to where they started in 5 seconds (total time=15 seconds)
Question 9
9.
A student walks down the hall at a constant velocity for 10 sec. Then the student immediately sprints back to where they started in 5 seconds (total time=15 seconds)
Question 10
10.
Draw a motion map that shows constant, positive velocity for 5 seconds and then a faster constant, negative velocity for 5 seconds.