Physics, asked by Mirnalini6, 1 year ago

a tuning fork sends sound waves in air . if the temperature of air increases ,which of the following parameters will change ?

a] time period b] frequency c] wavelegth d] all of these

rosy295: The frequency of a wave depends on the source by which the waves are produced. The frequency of a wave is fixed and does not change even when it passes through different substances. However, the speed of sound changeswhen it travel to one medium to anothe. As v=f×lambda, where v is the speed of sound,, f is the frequency and lambda is The wavelength of sound.

Mirnalini6: thanks

rosy295: Welcome

Answers

Answered by abhinavdayanandmete

Frequency
Is the answer

Answered by mahimapanday53

Answer: The right possibility is possibility 'c'.

Explanation: If the temperature T rises, the speed of sound v rises further, and since λ=v/f, as v rises, λ(wavelength) rises further.

Frequency is decided by the supply of sound, hence it's unaffected by temperature, and since T=1/f, the period of time remains constant.

Amplitude is decided by the number of energy applied to the fork and is hence unaffected by temperature changes.

Therefore, wavelength can change.

#SPJ2

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a tuning fork sends sound waves in air . if the temperature of air increases ,which of the following parameters will change ?a] time period b] frequency c] wavelegth d] all of these

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a tuning fork sends sound waves in air . if the temperature of air increases ,which of the following parameters will change ?

a] time period b] frequency c] wavelegth d] all of these