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2. Energy and momentum. Mass A (mA=1.9kg) is initially at rest, compressed against a spring for a compression of x=0.035m. It's then let go and

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2. Energy and momentum. Mass A (mA=1.9kg) is initially at rest, compressed against a spring for a compression of x=0.035m. It's then let go and collides with mass B (mp=2.4kg) initially at rest) in a head-on elastic collision. Mass B then slides forward and then up a straight incline of angle 17 degrees for a distance (along the incline) of 0.89 meters maximum. What was the spring constant? You may treat the objects as point masses. Assume all surfaces are frictionless. Spring 0.89m Mass B Mass A 0 = 170

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