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A glass tube of length 1.0 m is complete...

A glass tube of length `1.0` m is completely filled with
water. A vibrating tuning fork of frequency `500` Hz is
kept over the mouth of the tube and the water is
drained out slowly at the bottom of the tube. If the
velocity of sound in air is 330 `ms^(-1)`, then the total
number of resonances that occur will be

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A glass tube of 1.0 m length is filled with water . The water can be drained out slowly at the bottom of the tube . If a vibrating tuning fork of frequency 500 c//s is brought at the upper end of the tube and the velocity of sound is 330 m//s , then the total number of resonances obtained will be

A glass tube of 1.0 m length is filled with water . The water can be drained out slowly at the bottom of the tube . If a vibrating tuning fork of frequency 500 c//s is brought at the upper end of the tube and the velocity of sound is 330 m//s , then the total number of resonances obtained will be

A glass tube of 1.0 m length is filled with water . The water can be drained out slowly at the bottom of the tube . If a vibrating tuning fork of frequency 500 Hz is brought at the upper end of the tube and the velocity of sound is 300 m//s , then the total number of resonances obtained will be

A glass tube of length 1m is filled with water . The water can be drained out slowly at the bottom of the tube . If a vibrating tuning fork of frequency 250Hz is brought at the upper end of the tube and the velocity of sound is 330 m/s , then the total number of resonance obtained will be

A glass tube of 1.0 m length is filled with water. The water can be drained out slowly at the bottom of the tube. If a vibrating tuning fork of frequency 500 c//s is brought at the upper end of the tube and the velocity of sound is 300 m//s , then the total number of resonances obtained will be