Physics, 12.01.2020 03:31 briweaver9993

Block a, with a mass of 6.0 kg, is sliding across a frictionless track at 65 m/s when it collides with block b ( 9.0 kg) which is initially at rest . the two masses stick together and travel around a vertical loop with an unknown radius. they just barely make it around the vertical loop with an unknown radius.
a) calculate the centrifugal force acting on the masses at the top of the loop
b) calculate the velocity of the blocks just after the collision
c) calculate the radius of the loop so that the blocks just barely make it
d) calculate the normal force acting on the blocks when they reach the bottom after traveling through the loop

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Block a, with a mass of 6.0 kg, is sliding across a frictionless track at 65 m/s when it collides wi...

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