7. If Cart 1 was initially at rest, what will be its velocity after the force has subsided?

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7. If Cart 1 was initially at rest, what will be its velocity after the force has subsided?
Transcribed Image Text:7. If Cart 1 was initially at rest, what will be its velocity after the force has subsided?
1.50 kg cart
1.50 kg cart
1.50 kg cart 0.30 kg cart
1.50 kg cart
1.50 kg cart
0.30 kg cart
1.50 kg cart
1.50 kg cart
Three carts all sit along a level track. A 10-N force is applied to the red cart on the left (Cart 1) for 1 s. After
the force has subsided, Cart 1 collides with the blue cart in the middle (Cart 2), that is initially moving
leftward at 9 m/s leftward. After the collision, Cart 2 continues forward until it collides with the red cart on
the right (Cart 3) completely inelastically.
Transcribed Image Text:1.50 kg cart 1.50 kg cart 1.50 kg cart 0.30 kg cart 1.50 kg cart 1.50 kg cart 0.30 kg cart 1.50 kg cart 1.50 kg cart Three carts all sit along a level track. A 10-N force is applied to the red cart on the left (Cart 1) for 1 s. After the force has subsided, Cart 1 collides with the blue cart in the middle (Cart 2), that is initially moving leftward at 9 m/s leftward. After the collision, Cart 2 continues forward until it collides with the red cart on the right (Cart 3) completely inelastically.
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