The equation given below represents a stationary wave set-up in a medium
`y=12sin(4pix)sin(4pit)`
where y and x are in cm and t is in second. Calculate the amplitude, wavelength and velocity of the component waves.

The equation of a stationary wave is represented by y=2sin((2pix)/(3))sin(3pit) Where y and x are in metre and t is in second. Calculate amplitude, frequency, wavelength and velocity of the component waves whose superposition has produced these vibrations.

The equation of a stationary wave is represented by y=2sin((2pix)/(3))sin(3pit) Where y and x are in metre and t is in second. Calculate amplitude, frequency, wavelength and velocity of the component waves whose superposition has produced these vibrations.

The following equation represents standing wave set up in a medium , y = 4 cos (pi x)/(3) sin 40 pi t where x and y are in cm and t in second. Find out the amplitude and the velocity of the two component waves and calculate the distance adjacent nodes . What is the velocity of a medium particle at x = 3 cm at time 1//8 s ?

The following equation represents standing wave set up in a medium , y = 4 cos (pi x)/(3) sin 40 pi t where x and y are in cm and t in second. Find out the amplitude and the velocity of the two component waves and calculate the distance adjacent nodes . What is the velocity of a medium particle at x = 3 cm at time 1//8 s ?

The equation of a plane progressive wave is y=50sin2pi(4t-5x) . Where y and x are in an and t in seconds. Calculate the amplitude, frequency, wavelength and velocity of the wave.

The equation of a plane progressive wave is give by equation y=10sin2pi(t-0.005x) where y and x are in cm and t is in seconds. Calculate the amplitude, frequency, wavelength and velcoity of the wave.

The equation of a plane progressive wave is y=5sin2pi(8t-5x) . Where y and x are in an and t in seconds. Calculate the amplitude, frequency, wavelength and velocity of the wave.