Question

A tube is closed at one end and open at the other end if its length is 100cm the wavelength of the fundamental note is _​

Answer 1

Answer:

here's your answer

Explanation:

Answer

Correct option is

D

Twice the length of the pipe

Answer is D.

An organ pipe closed at one end can allow standing waves which have a node (zero displacement) at that end and an antinode (maximum displacement) at the other (neglecting a small 'end correction'). This is called the 'fundamental'.

The fundamental wave pattern looks like the figure given below. In this case the wavelength of the note is twice the length of the pipe.

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Answer 2

Explanation:

An organ pipe closed at one end can allow standing waves which have a node (zero displacement) at that end and an antinode (maximum displacement) at the other (neglecting a small 'end correction'). This is called the 'fundamental'.

The fundamental wave pattern looks like the figure given below. In this case the wavelength of the note is twice the length of the pipe.