354631 If speed of sound in air is \(340\;m/s\) and in water is \(1480\;m/s.\) If frequency of sound is \(1000{\mkern 1mu} {\mkern 1mu} k\,Hz,\) then find the value of wavelength in water.

354632 When two sound waves travel in the same direction in a medium, the displacements of a particle located at ' \(x\) ' at time ' \(t\) ' is given by : \(y_{1}=0.05 \cos (0.50 \pi x-100 \pi t)\)
\(y_{2}=0.05 \cos (0.46 \pi x-92 \pi t)\)
where \(y_{1}, y_{2}\) and \(x\) are in meters and \(t\) in seconds. The speed of sound in the medium is :

354633 Assertion :
Sound, cannot propagate in the vaccum.
Reason :
Sound waves is a transverse wave.

354634 The longitudinal wave can be observed in

354631 If speed of sound in air is \(340\;m/s\) and in water is \(1480\;m/s.\) If frequency of sound is \(1000{\mkern 1mu} {\mkern 1mu} k\,Hz,\) then find the value of wavelength in water.

354632 When two sound waves travel in the same direction in a medium, the displacements of a particle located at ' \(x\) ' at time ' \(t\) ' is given by : \(y_{1}=0.05 \cos (0.50 \pi x-100 \pi t)\)
\(y_{2}=0.05 \cos (0.46 \pi x-92 \pi t)\)
where \(y_{1}, y_{2}\) and \(x\) are in meters and \(t\) in seconds. The speed of sound in the medium is :

354633 Assertion :
Sound, cannot propagate in the vaccum.
Reason :
Sound waves is a transverse wave.

354634 The longitudinal wave can be observed in

354631 If speed of sound in air is \(340\;m/s\) and in water is \(1480\;m/s.\) If frequency of sound is \(1000{\mkern 1mu} {\mkern 1mu} k\,Hz,\) then find the value of wavelength in water.

354632 When two sound waves travel in the same direction in a medium, the displacements of a particle located at ' \(x\) ' at time ' \(t\) ' is given by : \(y_{1}=0.05 \cos (0.50 \pi x-100 \pi t)\)
\(y_{2}=0.05 \cos (0.46 \pi x-92 \pi t)\)
where \(y_{1}, y_{2}\) and \(x\) are in meters and \(t\) in seconds. The speed of sound in the medium is :

354633 Assertion :
Sound, cannot propagate in the vaccum.
Reason :
Sound waves is a transverse wave.

354634 The longitudinal wave can be observed in

354631 If speed of sound in air is \(340\;m/s\) and in water is \(1480\;m/s.\) If frequency of sound is \(1000{\mkern 1mu} {\mkern 1mu} k\,Hz,\) then find the value of wavelength in water.

354632 When two sound waves travel in the same direction in a medium, the displacements of a particle located at ' \(x\) ' at time ' \(t\) ' is given by : \(y_{1}=0.05 \cos (0.50 \pi x-100 \pi t)\)
\(y_{2}=0.05 \cos (0.46 \pi x-92 \pi t)\)
where \(y_{1}, y_{2}\) and \(x\) are in meters and \(t\) in seconds. The speed of sound in the medium is :

354633 Assertion :
Sound, cannot propagate in the vaccum.
Reason :
Sound waves is a transverse wave.

354634 The longitudinal wave can be observed in