Two tuning forks of frequencies 340 Hz Hz produce sound wavelengths differing by 6 cm in a medium. Find the velocity of sound in the medium. and 360 waves of
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A: Given:Distance of person from speaker, d=1.10 mIntensity, I=7.90×10-3 W/m2
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Q: Two tuning forks of frequencies 320 HZ and 340 HZ produce sound waves whose wavelengths differ by 6…
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Q: Consider an organ pipe of length 0.600 m. Determine the wavelength, 1, and frequ f, of the standing…
A: Given values:- Length of an organ pipe,(L)=0.600 m ----(1) Speed of sound in the air,(v)=344 m/sec…
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Q: Consider an organ pipe of length 0.600 m. Determine the wavelength, 2, and frequency, f, of the…
A: Length of organ pipe open at both ends (L) = 0.6 m speed of sound in air (v) = 344 msnumber of…
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A: Given : An open pipe. Length, L = 1.5m Speed of sound in air, v = 343 m/s
Q: A sound wave of 440 Hz in water has a wavelength of 3.25m. Find the velocity of sound in water.
A: Given the frequency of the wave f=440 Hz = 440 s-¹ Wavelength is given by λ=3.25 m Let the speed of…
Q: Ex 68: Two tuning forks of frequencies 320 Hz and 340 Hz produce sound waves whose wavelengths…
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Q: In a resonance tube with tuning fork of frequency 512Hz, first resonance occurs at water level equal…
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A: Given data: Fundamental frequency is, f=110 Hz. Speed of sound is, v=343 m/s
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