Two waves having equaitons
`x_1=asin(omegat+phi_1)`,`x=asin(omega+phi_2)`
If in the resultant wave the frequency and amplitude remain equal to those of superimposing waves. Then phase difference between them is

Two waves having equation's x_1=asin(omegat+phi_1) , x_2=asin(omegat+phi_2) If in the resultant wave the frequency and amplitude remain equal to those of superimposing waves. Then phase difference between them is

Two waves of equal amplitude when superposed, give a resultant wave having an amplitude equal to that of either wave. The phase difference between the two waves is

Two waves of equal amplitude when superposed, give a resultant wave having an amplitude equal to that of either wave. The phase difference between the two waves is

If two waves of amplitude a produce a resultant wave of amplitude a, then the phase difference between them will be

Two waves of the same frequency and amplitude super impose to produce a resultant disturbance of the same amplitude. The phase difference between the waves is.

If resultant wave of two waves, each of amplitude A is also A then, phase difference between those two waves is

Two waves, travelling in the same direction through the same region, have equal frequencies, wavelengths and amplitudes. If the amplitude of each wave is 4 mm and the phase difference between the waves is 90^@ , what is the resultant amplitude ?

Two waves, travelling in the same direction through the same region, have equal frequencies, wavelengths and amplitudes. If the amplitude of each wave is 4 mm and the phase difference between the waves is 90^@ , what is the resultant amplitude ?