Unformatted text preview: C. The truck slows at a constant rate and reaches point D at the same time that the car reaches point B. Points B and D are at the same Y position. • How long does it take the car to travel from A to B? • What is the velocity of the truck at point D? • What is the velocity of the car at point B with respect to the truck at point D? • What is the acceleration of the car at point B with respect to the truck at point D? B A 3. Two masses A and B are arranged with pulleys as shown on the left. Mass A has an initial velocity (t=0s) to the left of 1.2 m/s. Mass B has a constant acceleration of 0.4 m/s 2 down. • What are the velocities of the blocks after 3 seconds? • How far has block B traveled from t=0s to t=3s? A B X Y 45° r C =300ft C D θ =20 degrees 1000ft v A B...
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 Spring '08
 Freeman
 Dynamics, Velocity, 45°, 11 inch, 1.2 m/s, point B. Points, radius rC=300 ft

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