The equation for stationary wave is `y = 0.005 cos (62.8t + 3.14x + (pi)/(3))` its periodic time T and wavelenggth`lambda` are -

The equation of a sound wave is y = 0.0015 sin (62.8 x + 316 t) . Find the wavelength of the above ………. .

The equation of a sound wave is y = 0.0015 sin (62.4x + 316 t) The wavelength of this wave is

The equation of a stationary wave is y = 0.04 sin 200 pi t cos (pi x)/(0.3) with all quantities in SI units. What is the speed of the waves superposed ?

The equation of a stationary wave is y = 0.8 cos ((pi x)/(20)) sin 200 pi t where x is in cm and t is in s. The separation between consecutive nodes will be

The equation of a stationary wave is y = 0.8 cos ((pi x)/(20)) sin 200 pi t where x is in cm and t is in s. The separation between consecutive nodes will be

The equation of a stationary wave is y = 0.8 cos ((pi x)/(20)) sin 200 pi t where x is in cm and t is in s. The separation between consecutive nodes will be

The equation of a stationary wave is y = 2 sin ((pi x)/(15)) cos ( 48 pi t) . The distance between a node and its next antinode is.

Fine the wrong statement from the following : The equation of a stationary wave is given by y= 6 cos ((pi x)/(5)) sin (40 pix) ,where y and x are in cm and t is in second. Then for the stationary wave,

The equation of a sound wave is y=0.0015sin(62.4x+316t) the wavelength of this wave is

The equation of a sound wave is y=0.0015sin(62.4x+316t) the wavelength of this wave is