A mass less string of length 2 connects two hockey pucks


Problem: A mass less string of length 2? connects two hockey pucks that lie on frictionless ice. A constant horizontal force F is applied to the midpoint of the string, perpendicular to it.

Part A: How much kinetic energy is lost when the pucks collide, assuming they stick together?

I need help to find how much kinetic energy is lost when the pucks collide, assuming they stick together.

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Physics: A mass less string of length 2 connects two hockey pucks
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