A bullet is fired horizontally into an initially stationary block of wood suspended by a string and remains embedded in the block. The bullet’s mass is m = 0.0075 kg, while that of the block is M = 0.96 kg. After the collision the block/bullet system swings and reaches a maximum height of h = 1.1 m above its initial height. Neglect air resistance. a)Enter an expression for the speed of the block/bullet system immediately after the collision in terms of defined quantities and g.  b)Find the speed of the block/bullet system, in meters per second, immediately after the collision.  c)Enter an expression for the initial speed of the bullet in terms of defined quantities and g.

Physics for Scientists and Engineers: Foundations and Connections
1st Edition
ISBN:9781133939146
Author:Katz, Debora M.
Publisher:Katz, Debora M.
Chapter11: Collisions
Section: Chapter Questions
Problem 33PQ: A bullet of mass m is fired into a ballistic pendulum and embeds itself in the wooden bob of mass M...
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A bullet is fired horizontally into an initially stationary block of wood suspended by a string and remains embedded in the block. The bullet’s mass is m = 0.0075 kg, while that of the block is M = 0.96 kg. After the collision the block/bullet system swings and reaches a maximum height of h = 1.1 m above its initial height. Neglect air resistance.

a)Enter an expression for the speed of the block/bullet system immediately after the collision in terms of defined quantities and g

b)Find the speed of the block/bullet system, in meters per second, immediately after the collision. 

c)Enter an expression for the initial speed of the bullet in terms of defined quantities and g

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