The wavelengths of two sound notes in air are `(40)/(195) and (40)/(193)` Each note produces 9 beats per second separately with a 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?

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

Wavelength of two notes in air is (90 //175) m and ( 90//173) m , respectively . Each pof these notes produces 4 beats//s with a third note of a fixed frequency . Calculate the velocity of sound in air .

The wavelength of two sound waves are 49 cm and 50 cm , respectively . If the room temperature is 30^(@) C , then the number of beats produced by them is approximately (velocity of sound in air at 30 ^(@) C = 332 m//s )

A note produces 5 beats per second with a tuning fork of frequency 480Hz. What is the frequency of the note given that it produces 7 beats with 482Hz?

Two open organ pipes of lengths 60 cm and 60.5 cm produce 2 beats per second. Calculate the velocity of sound in air.?

The speed of sound wave in a gas, in which two waves of wavelengths 1.0m and 1.02m produce 6 beats per second is

What is the fundamental frequency of an open organ pipe of length 42.5 cm, if the velocity of sound in air is 340 m/s?

Two notes of wavelength 2.08 m and 2.12 m produce 180 beats per minute in a gas, Find the velocity of sound in the gas.