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A glass tube 1.5 m long and open at bot...

A glass tube 1.5 m long and open at both ends is immersed vertically in a water tank completely. A tuning fork or 660 Hz. Is vibrated and kept at the upper end of the tube and the tube is gradually raised out of water . The total number of resonances heard before the tube comes out of water taking velocity of sound air 330 m//sec is

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A glass tube 1.5 m long and open at both ends, is immersed vertically in a water tank completely. A tuning fork of 660 Hz is vibrated and kept at the upper and of the tube and the tube is gradually raised out of water the total number of resonances heard before the tube comes out of water taking velocity of sound air 330m//s is

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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 300 m//s , then the total number of resonances obtained will be

A tuning fork of frequency 250 Hz is vibrating at one end of a tube as shown in the figure. If maximum sound is heard at the other end, then the velocity of the waves will be

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

A tuning fork of frequency 341 Hz is vibrated just over a tube of length 1m. Water is being poured gradually in the tube. What height of water colume will be required for resonance?Speed of sound in air is 341 m // s.