Derive an expression of wave velocity in terms of frequency and wavelength of the wave.

Obtain an expression for the wave velocity in terms of these parameters.

Derive the relation between velocity, frequency and wavelength of a wave. A certain sound waves in air has a speed 340 m//s and wavelength 1.7m. For this wave calculate the frequency and time period.

Derive the relation between speed, frequency and wavelength of wave.

A sound wave travels from kerosene to glass. What changes occur in the velocity, frequency and wavelength of the sound wave ? Explain

How are the wave velocity v, frequency n and wavelength lambda of a wave related? Derive the relationship.

How are the wave velocity V, frequency f and wavelength lambda of a wave related ? Derive the relationship.

Velocity of sound is given by the expression, v= f xx lambda Where, v= velocity of the wave, f = frequency, lambda = wavelength Using the above information answer the following questions A wave travels at a speed of 330 m//s . If the wavelength is 2.2cm, what will be the frequency of the wave?