1. Predict and sketch the position vs time and velocity vs time graphs of a free fall object that goes up first, and then falls back down. Give proper labels for x and y axes. Indicate the positive direction and the origin.

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1. Predict and sketch the position vs time and velocity vs time graphs of a free fall object that goes up first, and
then falls back down. Give proper labels for x and y axes. Indicate the positive direction and the origin.
2. Predict and sketch the vertical position vs time and vertical velocity component vs time graphs of an object
under projectile motion. Give proper labels for x and y axes. Indicate the positive direction.
3. Based on your above prediction, which will take longer to land, a ball launched horizontally at one speed, or
a ball launched horizontally at an even greater speed from the same height? Explain.
4. Based on your above prediction, which will take longer to land, a ball launched horizontally at a certain
velocity, or a ball dropped (with no initial velocity) from the same height as the one launched? Explain.
Transcribed Image Text:1. Predict and sketch the position vs time and velocity vs time graphs of a free fall object that goes up first, and then falls back down. Give proper labels for x and y axes. Indicate the positive direction and the origin. 2. Predict and sketch the vertical position vs time and vertical velocity component vs time graphs of an object under projectile motion. Give proper labels for x and y axes. Indicate the positive direction. 3. Based on your above prediction, which will take longer to land, a ball launched horizontally at one speed, or a ball launched horizontally at an even greater speed from the same height? Explain. 4. Based on your above prediction, which will take longer to land, a ball launched horizontally at a certain velocity, or a ball dropped (with no initial velocity) from the same height as the one launched? Explain.
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