A source of sound produces wave of 60 cm wavelength. This source is moving towards north with a speed one-fifth the sound speed. Find the apparent wavelength of the waves in the north and south directions.

A source of sound produces waves of wave length 48cm . This source is moving towards north with speed V//4 where V is speed of sound. The apparent wavelength of the waves to an observer standing south of the moving source will be

A source of sound produces waves of wave length 48cm . This source is moving towards north with speed 1//4 th that of sound the apparent wave length of the waves to an observer standing south of the moving source will be

If the source is moving towards right, wavefront of sound waves get modifies to

If the source is moving towards right, wavefront of sound waves get modifies to

A source of sound produces waves of wavelength 60 cm when it is stationary if the speed of sound in air is 320(m)/(s) and source moves with speed 20(m)/(s) , the wavelength of sound in the forward direction will be nearest to

A source of sound produces waves of wavelength 60 cm when it is stationary if the speed of sound in air is 320(m)/(s) and source moves with speed 20(m)/(s) , the wavelength of sound in the forward direction will be nearest to

A source of sound producing wavelength 60cm is moving away from a stationary observer, with speed (1)/(4)th of speed of sound. Then the wavelength of sound hear by the observer is

A source of sound producing wavelength 50 cm is moving away from a stationary observer with (1/5)^(th) speed of sound. Then what is the wavelength of sound received by the observer?

A source of sound producing wavelength 50 cm is moving away from a stationary observer with (1/5)^(th) speed of sound. Then what is the wavelength of sound received by the observer?