4. Bodies A and B are moving in the same direction in a straight line with a constant velocities on a frictionless surface. The mass and the velocity of A are 2kg and +10 m/s. The mass and the velocity of B are 6kg and 4 m/s. A spring is connected to the back of the body B who's spring constant is 800 N/m. What would the maximum compression of the spring be? A 10 m/s B 4 m/s 2 kg 6 kg

Principles of Physics: A Calculus-Based Text
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Author:Raymond A. Serway, John W. Jewett
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Chapter12: Oscillatory Motion
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4. Bodies A and B are moving in the same direction in a straight line with a constant
velocities on a frictionless surface. The mass and the velocity of A are 2kg and +10 m/s.
The mass and the velocity of B are 6kg and 4 m/s. A spring is connected to the back of
the body B who's spring constant is 800 N/m. What would the maximum compression
of the spring be?
A
10 m/s
B
4 m/s
2 kg
6 kg
Transcribed Image Text:4. Bodies A and B are moving in the same direction in a straight line with a constant velocities on a frictionless surface. The mass and the velocity of A are 2kg and +10 m/s. The mass and the velocity of B are 6kg and 4 m/s. A spring is connected to the back of the body B who's spring constant is 800 N/m. What would the maximum compression of the spring be? A 10 m/s B 4 m/s 2 kg 6 kg
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