A turning fork having frequency 312 Hz emits a wave which has a wavelength of 1.10 m. Calculate the speed pf sound.
Answers
Answered by
73
Speed = Wavelength x frequency
= 312 x 1.10 = 343.20 m/s
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= 312 x 1.10 = 343.20 m/s
Hope This Helps You!
Answered by
3
Concept:
Speed of sound from the tuning fork is equal to wavelength times frequency of sound emitting from the tuning fork.
Given:
Frequency of sound from tuning fork = 312 Hz
Wavelength of sound from tuning fork = 1.10 m
Find:
Speed of sound emitting from tuning fork
Solution:
As per the concept
Speed of sound is equal to wavelength times frequency of sound.
Speed of sound = Wavelength × Frequency
We have given Wavelength as 312 Hz and frequency as 1.10 m
Speed of sound emitting from tuning fork = 312 × 1.10 m/s
Speed of sound emitting from tuning fork = 343.2 m/s
Hence, the speed of the sound emitting from the tuning fork will be 343.2 m/s.
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