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A hockey puck of mass m is initially at rest on a frictionless ice rink. A player hits the puck, imparting an impulse of J. If the puck then collides with another stationary object of mass M and sticks to it, calculate the final velocity of the two-body system?
A hockey puck of mass m is initially at rest on a frictionless ice rink. A player hits the puck, imparting an impulse of J. If the puck then collides with another stationary object of mass M and sticks to it, calculate the final velocity of the two-body system?
SadhaLv10
9 Mar 2021