In the equation y= a sin `(omega t+ kx)` t and x stand for time and distance respectively. What are the dimensions of `omega//k`?

In the equation : y=a sin (omega t - kx), t and x stand for time and distnace respectively. Obtain the dimensional formula for omega and k.

Y=Asin (omegat - kx), t and x stand for time and distance respectively. Obtain the dimensional formula of omega and K. 20.96 m 17.33m

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

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

In the expression y = a sin (omega t + theta ) , y is the displacement and t is the time . Write the dimension of a , omega and theta .

In the expression y = a sin (omega t + theta ) , y is the displacement and t is the time . Write the dimension of a , omega and theta .

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

The equation y=A sin^2 (kx-omega t) represents a wave with