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AP P1 Kinematics 1D MotionPractice Concept ProblemsSketch a position vs time graph and a velocity vs time graph for a rock that is thrown straight upward, from the instant it leaves the hand until the instant it hits the ground (be careful to identify the origin correctly).36918905194300You are driving down the road at a constant speed. Another car going a bit faster catches up with you and passes by. Draw a position-time graph for both vehicles on the same set of axes, and note the point on the graph where the other vehicle passes you. Using the position-time graph, answer the following: Describe the motion of the vehicle from 0s to 19s.During what time period(s) is the object not moving?Using the position-time graph, answer the following: What is the velocity of the object between 10s and 11s?What is the speed of the object between 16s and 18s?39414459704500The graph to the right shows the motion of two objects: A and B. At time 3 seconds, which object has the greatest speed?Do objects A and B ever have the same speed? If so, at what time period?You are driving down the highway at a constant velocity and notice another vehicle about 50 meters behind you. The second car is coming up to you quickly and then travels at the same speed for several seconds. Once you glance at the driver, the car speeds away. Draw a position-time graph to represent the motion of both cars.Draw a velocity-time graph to represent the motion of both cars.Draw an acceleration-time graph to represent the motion of both cars. Use the position-time graph to answer the following: 30448252413000At what position(s) does the object have a positive acceleration?At what position(s) does the object have a negative velocity?At what position(s) does the object have the smallest or zero velocity?Use the position-time graph to answer the following:At what position(s) does the object have the smallest or zero acceleration?At what position(s) does the object have a negative acceleration?At what position(s) does the object have a positive velocity?Use the same position-time graph and sketch a velocity-time graph and an acceleration-time graph to represent the motion of the object. ................
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