One of the modes of resonance in a tube containing water at one end has been shown. The tube in the present case is in

A light cylinderical tube of length L=1.5m and radius v=(1)/sqrt(pi)m is open at one end. The tube containing air is inverted and pushed inside water as shown in figure. A block made of material of relative density 2 haas been placed on the flat upper surface of the tube and the whole system is in equilibrium Neglect the weight of air inside the tube and find the volume of block placed on the tube.

In a resonance tube, the first resonance is obtained when the level of water in the tube is at 16 cm from the open end. Neglecting end correction, the next resonance will be obtained when the level of water from the open end is

In an experiment of resonance tube first resonance occurs at 10cm from the open end of the tube. End correction of the tube is 1.0cm and the frequency of tuning fork is 700Hz . Find velocity of sound.

It is desired to increase the fundamental resonance frequency in a tube which is closed at one (A) Replacing the air in the tube by hydrogen gas (B) Increasing the length of the tube (C) Decreasing the length of the tube (D) Opening the closed end of the tube

A cylindrical tube containing air is open at both ends. If the shortest length of the tube for a resonance with a fork is 20cm, the next shortest length for resonance with the same fork will be

The first two resonance lengths in a resonance tube formed are 16.5 cm and 51cm. The end correction for the tube is –

A tube of diameter d and of length l is open a both ends. Its fundamental frequnecy of resonance is found to be f_(1) . One end of the tube is now closed. The lowrst frequency of resonance of this closed tube is now f_(2) . Taking into consideration the end correction , (f2)/(f_(1) is

A tube of diameter d and of length l is open a both ends. Its fundamental frequnecy of resonance is found to be f_(1) . One end of the tube is now closed. The lowrst frequency of resonance of this closed tube is now f_(2) . Taking into consideration the end correction , (f2)/(f_(1) is

It is desired to increse the fundamental resonance frequency in a tube which is closed at one end. This can be achieved by

It is desired to increse the fundamental resonance frequency in a tube which is closed at one end. This can be achieved by