Position, Velocity, and Acceleration - Time Graphs PDF

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lecture notes for position, velocity, and acceleration...

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Posi Positio tio tion n - Tim Time, e, Velo Velocity city - Tim Time, e, and Acce Acceler ler leratio atio ation n - Tim Time e Grap Graphs hs 4. You throw a ball up into the air from an initial height of 2 m. It eventually hits the ground. a. Draw a position - time graph of the ball. b. Draw the corresponding velocity - time graph of the ball. c. Draw the corresponding acceleration - time graph of the ball.

5. An object's position versus time is shown on the graph below. Find the speed of the object at a. 10 s b. 25 s c. 40 s

Posi Positio tio tion n - Tim Time, e, Veloc Velocity ity - Tim Time, e, and Acce Accele le lera ra rati ti tion on - Tim Time e Grap Graphs hs 6. Refer to the position vs. time graph below.

a. Draw the corresponding velocity vs. time graph

b. At what time or interval is the velocity the greatest?

c. At what time or interval is the speed the greatest?

Posi Positio tio tion n - Tim Time, e, Veloc Velocity ity - Tim Time, e, and Acce Accele le lera ra rati ti tion on - Tim Time e Grap Graphs hs 7. Refer to the position vs time graph below.

a. Draw the corresponding velocity vs time graph

b. At what points(s) is the velocity the greatest?

a. At what points(s) is the object at rest?

c. At what points(s) or interval(s) is the object speeding up?

Posi Positio tio tion n - Tim Time, e, Veloc Velocity ity - Tim Time, e, and Acce Accele le lera ra rati ti tion on - Tim Time e Grap Graphs hs 8. For the velocity vs. time graph below a. Sketch the position - time graph. Assume that the position of the object at 0 seconds is 8 m.

b. During what Interval is the acceleration positive?

c. During what Interval is the velocity negative?

d. During what Interval is the object is speeding up?...