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Kindly solve this question correctly in 30 minutes in the order to get positive feedback please show me neat and clean work for it
5.(b)
Given m = 0.030 kg, M = 10 kg, k = 6.74 N/m and D = 0.583 meters, find VB.
Transcribed Image Text:5.(b) Given m = 0.030 kg, M = 10 kg, k = 6.74 N/m and D = 0.583 meters, find VB.
5.(a), A Ballistic Spring Device is designed to measure the speed of bullet of mass m with
velocity VB. See diagram below. Assume the collision of the bullet with the block of wood of
mass M is completely inelastic and that the combined mass of embedded bullet and the wood
has an initial velocity u. Assumed that this happens quickly so that the combined mass,
(M + m) has velocity u before hitting the spring. The spring constant is k and the measured
maximum compression of the spring is D. Derive an expression for V, in terms of m, M, k, and
D,
m
=OVB
x=0
M
M at rest
spring
--D--O
x=0
[+m
X=D
(M + m) momentarily at
rest when spring is at maximum
compression, where x = D
Transcribed Image Text:5.(a), A Ballistic Spring Device is designed to measure the speed of bullet of mass m with velocity VB. See diagram below. Assume the collision of the bullet with the block of wood of mass M is completely inelastic and that the combined mass of embedded bullet and the wood has an initial velocity u. Assumed that this happens quickly so that the combined mass, (M + m) has velocity u before hitting the spring. The spring constant is k and the measured maximum compression of the spring is D. Derive an expression for V, in terms of m, M, k, and D, m =OVB x=0 M M at rest spring --D--O x=0 [+m X=D (M + m) momentarily at rest when spring is at maximum compression, where x = D
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