mi string pulley track m2 1. The system above is released from rest. Predict the shapes of the position, velocity, and acceleration graphs for both objects. You may assume constant acceleration.
mi string pulley track m2 1. The system above is released from rest. Predict the shapes of the position, velocity, and acceleration graphs for both objects. You may assume constant acceleration.
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Transcribed Image Text:mi
string
pulley
track
m2
1. The system above is released from rest. Predict the shapes of the position, velocity, and acceleration
graphs for both objects. You may assume constant acceleration.
Transcribed Image Text:Let's alter the initial conditions. Suppose you give mi and initial velocity to the left. Does this change
the direction of its acceleration? the direction of the net force on it? Predict the shapes of the position,
velocity, and acceleration graphs for both objects.
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