When a body of mass 25Kg is suspended from a sonometer wire then it vibrates with frequency 200 Hz. If the volume of the body is 0.009 m3 and it is immersed in water then the frequency of vibration of the wire will be -

A sonometer wire vibrates with frequency n_1 in air under suitable load of specific gravity sigma . When the load is immersed in water , the frequency of vibration of wire n_2 will be …..

A sonometer wire vibrates with frequency n_(1) in air under a suitable load of specific gravity 'sigma' . What the load is immersed in water , the frequency of vibration of wire (n_(2)) will be

A sonometer wire is emitting a note a frequency n, when stretched by a weigth. If the weigth is completely immersed in water, then the frequency of the wire

A sonometer is set on the floor of a lift. When the lift is at rest, the sonometer wire vibrates with fundamental frequency 256 Hz. When the lift goes up with acceleration a =(9g)/(16) , the frequency of vibration of the same wire changes to

How the frequency of vibrating wire is affected, if the load is fully immersed in water ?

A stone is hung from a sonometer wire. If the stone is immersed in water the fundamental frequency

A stone is hung from a sonometer wire. If the stone is immersed in water the fundamental frequency

How does the frequency of a vibrating wire change when the attached load is immersed in water.