A sound wave of frequency 160 Hz has a velocity of 320 m/s. When it travels in air, the particles having a phase difference of `90^(@)`, are separated by a distance of

If a sound wave of frequency 500 Hz and velocity 350 m/s. Then the distance between the two particles of a phase difference of 60^(@) will be nearly

If a sound wave of frequency 500 Hz and velocity 350 m/s. Then the distance between the two particles of a phase difference of 60^(@) will be nearly

A wave of frequency 512 Hz has a velocity of 320 m s^(-1) . The distance between the particles differing in phase by 90 degree is

A sound wave of frequency 8000Hz travels with a speed of 340 m//s in air. Find its wavelength.

A progressive wave of frequency 500 HZ is travelling with a velocity of 360 ms^(-1) . The distance between the two points, having a phase difference of 60^(@) is ………

A sound wave having a frequency of 500 Hz travels with a velocity of 360 m/s. What is the distance between two particles on this wave, who have a phase difference of 60^(@) ?

A wave of frequency 500 Hz has a velocity 300 m/s. The distance between two nearest points which are 60^(@) out of phase , is ………… .