Home
Class 11
PHYSICS
In the relation y = r sin ( omega t - k...

In the relation ` y = r sin ( omega t - kx)`, the dimensions of `omega//k` are

Promotional Banner

Similar Questions

Explore conceptually related problems

In the relation y=rsin (omegat-kx) the dimensions of (omega)/(k) are :

In the relation x = cos (omegat + kx) , the dimension(s) of omega is/are

In the equation y = A sin (omega t - kx), obtain the dimensional formula of omega and k. Given x is distnace and t is time.

In the equation y = A sin (wt - kx), obtain the dimensional formula of W and K. Given X is distance and t is time.

In the relation ( dy)/( dt) = 2 omega sin ( omega t + phi_(0)) , the dimensional formula for omega t + phi_(0) is

In the relation ( dy)/( dt) = 2 omega sin ( omega t + phi_(0)) , the dimensional formula for omega t + phi_(0) is

In the relation ( dy)/( dt) = 2 omega sin ( omega t + phi_(0)) , the dimensional formula for omega t + phi_(0) is

STATEMENT-1: In the expression y=A sin (kx-omegat) , dimensions of omega must be reciprocal of that of t. STATEMENT 2 The expression (kx-omegat) must be dimensionless.