shows a snapshot of a wave-form of frequency `50 Hz`. For this wave motion, find
(a) wavelength
(b) amplitude
( c) velocity.
.

The wavelength of a wave with frequency 10^14 Hz will be :

The adjacent figure shows a displacement vs distance graph of a wave. If the velocity of the wave is 14 ms^(-1) , calculate its (a) wavelength , (b) frequency and (c) amplitude of the wave

Shows a snapshot of a sinusoidal travelling wave taken at t=0.3s . The wavelength is 7.5 cm and amplitude is 2 cm. if the crest P was at x=0 at t=0, write the equation of travelling wave.

Figure given shows a sinusoidal wave on a string. If the frequency of the wave is 150 Hz, what is the velocity and wavelength of the given wave?

Figure given shows a sinusoidal wave on a string. If the frequency of the wave is 150 Hz, what is the velocity and wavelength of the given wave?

In an amplitude modulated wave, message wave frequency f_m and carrier wave of frequency f_c Find out wavelength of amplitude modulated wave