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Question 3: A baseball pitcher is employing a ballistic pendulum to determine the speed of fastball. A 4.0 kg lump of clay is suspended from a cord 2.0 m long. When the pitcher throws fastball aimed directly at the clay, the ball suddenly becomes embedded in the clay and the swing up to a maximum height of 0.1 m as shown. If the mass of the baseball is 0.2 kg, find: a. The speed of the pitched baseball. b. The initial momentum of the baseball. . If the same baseball caused the clay lump to swing twice as high (0.2 m) what was the original speed of that pitched ball?

          Question 3: A baseball pitcher is employing a ballistic pendulum to determine the speed of
fastball. A 4.0 kg lump of clay is suspended from a cord 2.0 m long. When the pitcher throws
fastball aimed directly at the clay, the ball suddenly becomes embedded in the clay and the
swing up to a maximum height of 0.1 m as shown. If the mass of the baseball is 0.2 kg, find:
a. The speed of the pitched baseball.
b. The initial momentum of the baseball.
. If the same baseball caused the clay lump to swing twice as high (0.2 m) what was the
original speed of that pitched ball?

Question 3: A baseball pitcher is employing a ballistic pendulum to determine the speed of
fastball. A 4.0 kg lump of clay is suspended from a cord 2.0 m long. When the pitcher throws
fastball aimed directly at the clay, the ball suddenly becomes embedded in the clay and the
swing up to a maximum height of 0.1 m as shown. If the mass of the baseball is 0.2 kg, find:
a. The speed of the pitched baseball.
b. The initial momentum of the baseball.
. If the same baseball caused the clay lump to swing twice as high (0.2 m) what was the
original speed of that pitched ball?

Added by Anna M.

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