3. A spring loaded gun fires a bullet into a block of wood hanging from a frictionless pendulum. a. How fast was the bullet going when it le

Question

3. A spring loaded gun fires a bullet into a block of wood hanging from a frictionless pendulum. a. How fast was the bullet going when it left the gun?
Spring: k = 5,000 N/m
Bullet: m=20.0g
Block of wood: m= 1.00kg

b. What was the velocity of the block the moment after the bullet hit it?

c. How high would the wooden block swing if the bullet becomes imbedded in it?

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Huyền Thanh 3 years 2021-08-30T16:44:26+00:00 1 Answers 1 views 0

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    2021-08-30T16:46:00+00:00

    Answer:

    Explanation:

    The force recoil on the spring loaded bullet is the spring constant × the distance the bullet would travel

    From Force = K × extension (distance)

    Also this force is in tandem with the weight of the bullet mass × acceleration of the bullet

    B, the force

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