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Problem #2: A ballistic of mass m = 0.0100 kg is fired into a wooden hanging block of mass M = 1.00 kg and an inelastic collision occurs. The force of impact causes both masses, now stuck together, to swing up a height, h from the vertical position the ballistic was initially fired at. m Problem #3: If the ballistic was initially fired at a horizontal speed of v = 300 m/s, what is the vertical change in height, h, of m + M after the collision, assuming the masses come to rest temporarily at h? M M+m h A force uses a 60.0 kg mass to compress a spring 5.25 meters across a frictionless surface. If the spring constant k is 25.0 N/m, what will be the maximum speed of the mass if it is released from rest and the spring is allowed to accelerate it?

Problem #2: A ballistic of mass m = 0.0100 kg is fired into a wooden hanging block of mass M = 1.00 kg and an inelastic collision occurs. The force of impact causes both masses, now stuck together, to swing up a height, h from the vertical position the ballistic was initially fired at. m Problem #3: If the ballistic was initially fired at a horizontal speed of v = 300 m/s, what is the vertical change in height, h, of m + M after the collision, assuming the masses come to rest temporarily at h? M M+m h A force uses a 60.0 kg mass to compress a spring 5.25 meters across a frictionless surface. If the spring constant k is 25.0 N/m, what will be the maximum speed of the mass if it is released from rest and the spring is allowed to accelerate it?

Classical Dynamics of Particles and Systems
Classical Dynamics of Particles and Systems
5th Edition
ISBN:9780534408961
Author:Stephen T. Thornton, Jerry B. Marion
Publisher:Stephen T. Thornton, Jerry B. Marion
Chapter9: Dynamics Of A System Of Particles
Section: Chapter Questions
Problem 9.35P
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Problem #2: A ballistic of mass m = 0.0100 kg is fired into a wooden hanging block of mass M = 1.00 kg and an inelastic collision occurs. The force of impact causes both masses, now stuck together, to swing up a height, h from the vertical position the ballistic was initially fired at. If the ballistic was initially fired at a horizontal speed of v = 300 m/s, what is the vertical change in height, h, of m + M after the collision, assuming the masses come to rest temporarily at h? M Problem #3: M+m Page 3 A force uses a 60.0 kg mass to compress a spring 5.25 meters across a frictionless surface. If the spring constant k is 25.0 N/m, what will be the maximum speed of the mass if it is released from rest and the spring is allowed to accelerate it?
Transcribed Image Text:Problem #2: A ballistic of mass m = 0.0100 kg is fired into a wooden hanging block of mass M = 1.00 kg and an inelastic collision occurs. The force of impact causes both masses, now stuck together, to swing up a height, h from the vertical position the ballistic was initially fired at. If the ballistic was initially fired at a horizontal speed of v = 300 m/s, what is the vertical change in height, h, of m + M after the collision, assuming the masses come to rest temporarily at h? M Problem #3: M+m Page 3 A force uses a 60.0 kg mass to compress a spring 5.25 meters across a frictionless surface. If the spring constant k is 25.0 N/m, what will be the maximum speed of the mass if it is released from rest and the spring is allowed to accelerate it?
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