Puck A and puck B are free to slide without friction on a horizontal air table; the mass of puck A has been measured to be 135.0 grams, but the mass of puck B is unknown. The pucks are madeof super-ball like material, so any collision between them should be elastic. An experiment is done with puck B at rest at the center of the air table, and with puck A sent at 71.0 cm/s to make aglancing collision with puck B. After the collision, puck A is measured to have a speed of 31.0 cm/s, and is observed to have been deflected by 31.0 degrees from its original direction.For the purpose of answering the following questions, choose an zy coordinate system, with the positive direction being the original direction of puck A. Choose the positive y direction so thatthey component of the final velocity (i.e. after the collision) of puck A is positive.▼▼Part AWhat was the component of puck B's momentum after the collision?Give the component of momentum, with the positive direction as indicated above.►View Available Hint(s)[5] ΑΣΦ 5 @ OSubmitPart BWhat was the y component of puck B's momentum after the collision?Give they component of momentum, with the positive direction as indicated above.► View Available Hint(s)G| ΑΣΦ 6Pkg-m/s2

The mass of puck A = 135 gThe mass of puck B = m gThe velocity of puck A = 71 cm/sThe velocity of…

Answered: Y What was the component of puck B's…

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Y What was the component of puck B's momentum after the collision? Give the component of momentum, with the positive direction as indicated above. ► View Available Hint(s) [5] ΑΣΦ Submit Part B kg-m/s What was they component of puck B's momentum after the collision?