Q-1: for the following equation of longitudinal sound waves velocity in solids, prove that the units of Vc is m/s, 1/2 E(1 – v) Ve = (1 + v)(1 – 2v)p) Where E is the modulus of elasticity, p is density, and v is Poisson's ratio of the solid, respectively.
Q-1: for the following equation of longitudinal sound waves velocity in solids, prove that the units of Vc is m/s, 1/2 E(1 – v) Ve = (1 + v)(1 – 2v)p) Where E is the modulus of elasticity, p is density, and v is Poisson's ratio of the solid, respectively.
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Transcribed Image Text:Q-1: for the following equation of longitudinal sound waves velocity in
solids, prove that the units of Vc is m/s,
1/2
E(1 – v)
! + v)(1 – 2v)p)
Ve =
Where E is the modulus of elasticity, p is density, and v is Poisson's ratio of
the solid, respectively.
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