Wavelength of two notes in air are 1 m and `1(1)/(164)`m. Each note produces 1 beats/s with a third note of a fixed frequency. The speed of sound in air is

Wavelengths of two notes in air are 80/175 m and 80/173 m. Each note produces 4 beats/s, with a third note of a fixed frequency. The speed of sound in air is

Wavelengths of two notes in air are 80/175 m and 80/173 m. Each note produces 4 beats/s, with a third note of a fixed frequency. The speed of sound in air is

The wavelength of two nodes in air are 36/195 m and 36/193 m. Each node products 10 beats//s seprately with a third node of fixed frequency. The velocity of sound in air in m//s is

Wavelengths of two notes in air are ((90)/(175)) m and ((90)/(173)) m. Each note produces four beats per second with a third note of a fixed frequency. Calculate the velocity of sound in air.

The wavelength of two notes in air are 40/195 m and 40/193 m . Each note produces 9 beats per second separately with third note of fixed frequency. The velocity of sound in air in m//s is

The wavelength of two notes in air are 40/195 m and 40/193 m . Each note produces 9 beats per second separately with third note of fixed frequency. The velocity of sound in air in m//s is

Wavelength of two notes in air are 68/176 m and 68/174 m each note produces five beats per second with a third note of fixed frequency. Calculate the velocity of sound in air?