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 increase the fundamental resonance frequency in a tube which is closed at one end. This can be achieved by

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

Show that the fundamental frequency of vibrations of the air column in a tube open at both is equal to double the fundamental frequency in a tube of the same length and closed at one end.

In an open organ pipe the fundamental frequency is 30 Hz. If the organ pipe is closed at one end, then the fundamental frequency will be

If the fundamental frequency emitted by a pipe closed at one end is 200 Hz, what is the frequency of the first overtone ?

An open pipe when closed at one end can resonate in its third harmonic with a frequency which is 100Hz more than its fundamental frequency as an open pipe.If the fundamental frequency of the pipe when it is open at both ends is 50nHz then the value of n is

The frequency of a stetched unifrom wire under tension is in resonance with the fundamental frequency of closed tube. If the tension in the wire is increased by 8 N, it is in resonance with the first overtone of the closed tube. The initial tension in the wire is

The frequency of a stretched uniform wire under tension is in resonance with the fundamental frequency of a closed tube. If the tension in the wire is increased by 8 N , it is in resonance with the first overtone of the closed tube. The initial tension in the wire is

The frequency of a stetched unifrom wire under tension is in resonance with the fundamental frequency of closed tube. If the tension in the wire is increased by 8 N, it is in resonance with the first overtone of the closed tube. The initial tension in the wire is