The wooden block with mass M = 1kg located on a smooth horizontal surface is with a spring with constant elasticity k = 2500N / m and negligible mass, which has the other end fixed. The block is hit by the bullet with mass m = 10g and velocity v0 = 1000m / which forms the angle α = 60 ° with horizontal direction and remains in it. a) Find the velocity and the cube-bullet system after impact. b) Find the amplitude of the oscillations of the system c) Find the angular frequency and period of oscillations of the system. c = 2400J / (grade kg)
The wooden block with mass M = 1kg located on a smooth horizontal surface is with a spring with constant elasticity k = 2500N / m and negligible mass, which has the other end fixed. The block is hit by the bullet with mass m = 10g and velocity v0 = 1000m / which forms the angle α = 60 ° with horizontal direction and remains in it. a) Find the velocity and the cube-bullet system after impact. b) Find the amplitude of the oscillations of the system c) Find the angular frequency and period of oscillations of the system. c = 2400J / (grade kg)
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The wooden block with mass M = 1kg located on a smooth horizontal surface is with a spring with constant elasticity k = 2500N / m and negligible mass, which has the other end fixed. The block is hit by the bullet with mass m = 10g and velocity v0 = 1000m / which forms the angle α = 60 ° with horizontal direction and remains in it.
a) Find the velocity and the cube-bullet system after impact.
b) Find the amplitude of the oscillations of the system
c) Find the angular frequency and period of oscillations of the system.
c = 2400J / (grade kg)
Transcribed Image Text:a.
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