Would love some help!

5. [It] pts} Frietionless lee Hockey Practice. Two ice hockey players of equal mass M stand motionless, ready for practice, at the center ofa frictionless ice hockey rink but forgot to bring their skates, so that both slip on the ice frictionlessly. {Don't ask how they managed to get there and then stop moving. Just go with the program for now.) Each player then takes toms hitting a hockey puck of mass m at a speed 1:\" toward the other player. Important: The meaning ofthe phrase \"hits at speed 12,,\" is that v is the speed ofthe pack remove to the player qer if is hit. It does not mean the speed of the puck with respect to the ground unless after being struck the player remains motionless with respect to the ground {which doesn't happen in this problem}. a. [2 pts} Playerzi hits the puck. Relative to the ground1 how fast does the puck rnove'}I I]. [2 pts} Player 3 traps the puck and holds it for a moment. Relative to the ground. how fast is he now moving? It. [2 pts} Player 3 hits the puck back to A. Relative to the ground, how fast does the puck move? Don't forget that before hitting it, playerB was already moving backwards having caught the puck! d. [2 pts} PlayerA traps the puck and holds it. Relative to the ground. how fast is he now moving? Don't forget that before trapping it, player A was already moving backward after hitting the puck in part a! e. [2 pts} At this pointi what is the total momentum ofthe system oftwo players and puck\"? Show that your final speeds of each object give the correct total momentum. {This is the \"A"ssess portion ofthis problemi so that if your speeds don't give the Correct total momentumt you know to go back and nd your earlier error.)