Yes. .67v is my answer.
pi = m1v1 inelastically collides with identical mass, now momentum shows velocity cut in half 2mv/2. This double-mass collides elastically with another identical mass, that must have a higher velocity than the double mass AFTER elastistic collision. Therefore the double...
Homework Statement
This question was on a recent AP Physics 1 exam as a multiple choice; "Three air track gliders, shown to the right all have the same mass M. Gliders 2 and 3 are initially at rest. Glider 1 is moving to the right with speed v. Glider 1 collides with glider 2 and sticks to it...