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The relation between the particles veloc...

The relation between the particles velocity and wave velocity is -

A

`u = -v (dy)/(dx)`

B

`u = (V)/(((dy)/dx))`

C

u = V

D

`u = V + (dy)/(dx)`

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The correct Answer is:
A
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Knowledge Check

  • The phase difference between the particle velocity and wave velocity in a transverse wave is

    A
    zero
    B
    `pi//4` rad
    C
    `pi//2` rad
    D
    `pi` rad.

  • The phase difference between particle velocity and wave velocity is

    A
    zero
    B
    `(pi)/(4)`
    C
    `(pi)/(2)`
    D
    `(pi)/(6)`

  • The relation between particle velocity (v), the wave velocity (c) and the slope of the wave (s) is

    A
    `v = -c s`
    B
    `c = - vs`
    C
    `v^(2) = - c^(2)s`
    D
    `c^(2) = - v^(2)s`

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    Derive the relation between the linear velocity and the angular velocity of a particle performing circular motion.

    In travelling waves, the relation between particle velocity V_(p) , wave velocity V wave shape slope m is given by

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