A block of mass m(0.5kg) slides along a frictionless track with speed vm. It collides(a perfectly elastic one-dimensional collision) with a stationary block of mass M(0.25kg).Both blocks continue on and up the loop-the-loop(R-radius) Find the minimum value of vm that will allow Block m to circle the loop-the-loop without falling off and the the minimum value of vm that will allow Block M to circle the loop-the-loop without falling off
A block of mass m(0.5kg) slides along a frictionless track with speed vm. It collides(a perfectly elastic one-dimensional collision) with a stationary block of mass M(0.25kg).Both blocks continue on and up the loop-the-loop(R-radius) Find the minimum value of vm that will allow Block m to circle the loop-the-loop without falling off and the the minimum value of vm that will allow Block M to circle the loop-the-loop without falling off
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A block of mass m(0.5kg) slides along a frictionless
track with speed vm. It collides(a perfectly elastic one-dimensional collision) with a stationary block of mass M(0.25kg).Both blocks continue on and up the loop-the-loop(R-radius)
Find the minimum value of vm that will allow Block m to circle the loop-the-loop without falling off and the the minimum value of vm that will allow Block M to circle the loop-the-loop without falling off
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