Moving Motion Simulation Part 3
Use the "Moving man" simulation to answer the following questions. To open up the simulation please click here
- 1.Step one: Make sure that all of moving mans values are set to zero and that the tab is set on "introduction". Step two: Set the moving mans velocity to 5 m/s and the acceleration to -2 m/s/s Step three: Press play then press pause when the moving man returns to its starting point. Question: Which of the following best describe how blue slider (position) moved
- A.
It moved to right at a constant pace
- B.
It moved to left at a constant pace
- C.
It moved to the right then turned around and moved to the left
- D.
It moved to the left then turned around and moved to the right
- E.
It remained stationary
- 2.The blue slider (position) remained a positive value for the entire time
- A.
True
- B.
False
- 3.Which of the following best describes the motion of red slider (velocity).
- A.
It remains stationary
- B.
It moves to the left
- C.
It moves to the right
- D.
It moves to the left then to the right
- 4.The red slider (velocity) remains positive the entire time.
- A.
True
- B.
False
- 5.At what point does the slider turns from positive to negative.
- A.
When the moving starts
- B.
When the moving man is paused
- C.
When the moving man reaches the apex of his move (maximum distance from the starting point)
- D.
It never turns negative
- 6.The reason the red slider (velocity) turns from positive to negative is because the moving man changed direction, he quit moving to the right and started moving to the left.
- A.
True
- B.
False
- 7.How does the green slider (acceleration) behave?
- A.
It moved to the left
- B.
It moves to the right
- C.
It moves to the right then to the left
- D.
It remains stationary
- 8.Step one: Click on the tab "chart" set the position to zero the velocity to 5 m/s and velocity to -2 m/s/s Predict what the position graph will look like
- 9.Predict what the velocity graph will look like
- 10.Predict what acceleration graph look like.
- 11.Press play and pause when the moving man returns to his starting point. Where you predictions correct? Why does the graphs appear the way they do?
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