[" Consider a plane progressive wave propagating along negative "x" -direction whose frequency is "f" ."],[" At "t=t_(0)" the displacement associated with the wave is given by the following equation: "],[y(x,t=t_(0))=A cos kx],[" Displacement associated with the wave as a function of "x" at "t=2t_(0)" can be represented by "],[" equation."]

Consider a wave propagating in the negative x-direction whose frequency is 100 Hz . At t = 5 s ,the displacement associated with the wave is given by y=0.5 cos (0.1 x) where x and y are measured in centimetres and t in seconds. Obtain the displacement (as a function of x) at t = 10 s . What is the wavelength and velocity associated with the wave?

Consider a wave propagating in the negative x-direction whose frequency is 100 Hz . At t = 5 s ,the displacement associated with the wave is given by y=0.5 cos (0.1 x) where x and y are measured in centimetres and t in seconds. Obtain the displacement (as a function of x) at t = 10 s . What is the wavelength and velocity associated with the wave?

A progressive wave travelling along the positive x-direction is represented by y(x, t)=Asin (kx-omegat+phi) . Its snapshot at t = 0 is given in the figure. For this wave, the phase is:

A progressive wave travelling along the positive x-direction is represented by y(x, t)=Asin (kx-omegat+phi) . Its snapshot at t = 0 is given in the figure. For this wave, the phase is:

A progressive wave travelling along the positive x-direction is represented by y(x, t)=Asin (kx-omegat+phi) . Its snapshot at t = 0 is given in the figure. For this wave, the phase is:

The displacement of the wave given by equation y(x, t)=a sin (kx - omega t +phi), where phi=0 at point x and t = 0 is same as that at point

A wave is propagating in positive x- direction. A time t=0 its snapshot is taken as shown. If the wave equation is y=A sin(omegat-Kx+phi) , then phi is

A wave is propagating in positive x- direction. A time t=0 its snapshot is taken as shown. If the wave equation is y=A sin(omegat-Kx+phi) , then phi is

A wave is propagating in positive x- direction. A time t=0 its snapshot is taken as shown. If the wave equation is y=A sin(omegat-Kx+phi) , then phi is

Equation y=y_(0) sin (Kx+omega t) represents a wave :-