stick of length L and mass M is in free space (no gravity) and not rotating. A point mass m has initial velocity v heading in a trajectory perpendicular to the stick. The mass has a perfectly inelastically collision a distance b from the center of the stick. Find the velocity of the center of mass and the final angular velocity. 5. A stick of length L and mass M is in free space (no gravity) and not rotating. A point mass m has initialvelocity v heading in a trajectory perpendicular to the stick. The mass has a perfectly inelasticallycollision a distance b from the center of the stick. Find the velocity of the center of mass and the finalangular velocity.Mmafterbeforecenten

let say final velocity after collison vf mass of stick =M mss of ball =m length of stick =L COM of…

5. A stick of length L and mass M is in free space (no gravity) and not rotating. A point mass m has initial velocity v heading in a trajectory perpendicular to the stick. The mass has a perfectly inelastically collision a distance b from the center of the stick. Find the velocity of the center of mass and the final angular velocity. M fer cen m before after

5. A stick of length L and mass M is in free space (no gravity) and not rotating. A point mass m has initial velocity v heading in a trajectory perpendicular to the stick. The mass has a perfectly inelastically collision a distance b from the center of the stick. Find the velocity of the center of mass and the final angular velocity. M fer cen m before after