"The length of pipe closed at one end it open at both ends is 32 cm each. The frequency of first ourtone in a pipe cloredt one end is 750 H₂. calculati frequency of first quetone in a bike open at both ends (Neglet. end connection).
Q: Discuss the propagation of sound wave in gases. How the energy is distributed in it.
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A: Given- Length of wire=l=36 cm=0.36 m Fundamental frequency =n=280 Hz Tension (T)=24.5 N To find-…
Q: the conseculive haumonics of an aie column closed at oneend aue no5'tHx. and 675 fz uespeclively…
A: Given: Frequency of first harmonic,f1=405HzFrequrncy of second harmonic,f2=675Hz The lowest…
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A: We need to compute-Frequency of fork (n1)=?The data given as-Specific gravity=9No. of beats…
Q: Sound waves of frequency v =1 kHz travel along a l=3 m length of aluminium in a time of t = %3D 0.6…
A: Given: Frequency of sound waves ν=1 kHz Length of aluminum l = 3 m. Time t = 0.6 ms.
Q: A sonomder wire 60cm long produces resonance with a tuning fork. Lohan its length is deceased by…
A: We have to compute-Frequency of tuning fork (n)=?Provided data is given as-l1=60 cml2=55 cmn2-n1=10…
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Q: find the resultant impendance of the circuit shown in the Figure be low; assumining frequency to be…
A: C1 = 2.5 micro F C2 = 0.5 micro F R1= 4 Ohm R2 = 8 Ohm Frequency= 100 KHz
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A: Given data The temperature of the air is Ti = 0°C. The time difference by the sound is ∆t = 6.4 ms.…
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Q: For a bathroom that is 6 m long x 3 m wide x 2.5 m high, calculate the frequency of Room Mode 1 0 0…
A: Given data: Dimensions of the bathroom: 6 m×3 m×2.5 m Mode: 1 0 0 Find out: The frequency of Room…
Q: (a) Ear trumpets were never very common, but they did aid people with hearing losses by gathering…
A: a) One decibel is defined as,
Q: A ship's temperature heard
A: Given Temperature of air T=100C Time of echo heard t=6s
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A: The threshold of hearing of normal human ear = IoIo = 10-12 Wm2The decibel value corresponding to…
Q: The speed of a 25-kHz sound wave in seawater is approximately 1650 m/s. What is its wavelength in…
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A: Consider the formula for the apparent frequency is given by, f'=fVV+VS
Q: A wave covers a distance of 73 km in 900 vibrations and in 36s. Calculate for the wave (i)…
A: Given: Distance, d=73 km=73000 m Time, t=36 s Number of vibrations, n=900 i) Speed of wave is given…
Q: A harp stnng supports a wave with a wavelength of 2.3m and a frequency of 220Hz. Calculate its wave…
A: The wave speed is given by v=νλ=220 Hz2.3 m=506 m/s
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Q: Hot chocolate effect. Tap a metal spoon inside amug of water and note the frequency fi you hear.…
A: The ratio of frequencies,
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Q: at frequency would be heard by a tuba player in a marching band, of a note with a frequency of 449…
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Q: transverse obscrued to be moving wave is along lengthy rope wove length OF O.06 Hz with 2.4 m ona…
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Q: What should be teneron applied to a wire of length 60 cm & mass 6 geam if it is to nibrate with a…
A: We need to compute-Tension T=?The data given as-Length of wire l=60 cmMass M=6 gmFundamental…
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Q: In dry air, the temperature decreases about 1 deg Celsius for every 150-m rise in altitude. What is…
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Q: cicadas produce a buzzing aound that has a wavelength in te air of 2.69 m . If the spped of the…
A: Given, Wavelength of the sound in air, λ = 2.69 m speed of sound in air, v = 346 ms
Q: Ex. 74 A tuning fork A of frequency 200 Hz produces 5 beats/sec. with another fork B. When the…
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Q: frequency of a rope is .5 Hz and the wavelength is 100 m. What is the speed of that rope?
A: Given, Frequency of the rope, f = 5 Hz Wavelength =100 m
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