A 2.30 kg cart is rolling across a frictionless, horizontal track toward a 1.50 kg cart that is held initially at rest. The carts are loaded with strong magnets that cause them to attract one another. Thus, the speed of each cart increases. At a certain instant after the carts collide, the first cart's velocity is 5.10 m/s, and the second cart's velocity is 2.50 m/s. What was the velocity of the first cart when the second cart was still at rest?
A 2.30 kg cart is rolling across a frictionless, horizontal track toward a 1.50 kg cart that is held initially at rest. The carts are loaded with strong magnets that cause them to attract one another. Thus, the speed of each cart increases. At a certain instant after the carts collide, the first cart's velocity is 5.10 m/s, and the second cart's velocity is 2.50 m/s. What was the velocity of the first cart when the second cart was still at rest?
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
Transcribed Image Text:A 2.30 kg cart is rolling across a frictionless, horizontal track toward a 1.50 kg cart that is held initially at rest. The
carts are loaded with strong magnets that cause them to attract one another. Thus, the speed of each cart increases. At
a certain instant after the carts collide, the first cart's velocity is 5.10 m/s, and the second cart's velocity is 2.50 m/s.
What was the velocity of the first cart when the second cart was still at rest?
Your Answer:
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