Physics, 31.03.2021 04:20 kaiyah2021
A 10 g piece of sticky clay moving horizontally with a speed of 12 m/s strikes a pendulum bob and sticks
to the bob. The pendulum bob has a mass of 50 g and it is suspended from a 0.7 m string.
a. Find the momentum of the clay before the collision.
b. *Find the momentum of the clay-bob system after the collision.
C.
*Find the velocity of the clay-bob system after the collision.
d. *Find the kinetic energy of the clay-bob system after the collision.
e.
*Find the maximum height of the clay-bob system that they deflect after the collision.
f.
*What velocity should the clay have before the collision in order for the clay-bob system to
complete one circle?
Answers: 1
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A 10 g piece of sticky clay moving horizontally with a speed of 12 m/s strikes a pendulum bob and st...
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