The fundamental frequency of a string is proportional to

In law of linear density, the fundamental frequency of vibrating string is

In law of tension , the fundamental frequency of vibrating string is

In law of tension, the fundamental frequency of vibrating string is

State the factors on which the fundamental frequency of a string depends.

In law of length , the fundamental frequency of vibrating string is

The fundamental frequency of a stretched string is directly proportional to (1)/(sqrtm) , where 'm' is the "_______" of the string .

Assertion : The fundamental frequency of a stretched string is directly proportional to the square root of the tension in the string if length and mass of the string are constant. Reason : There are n nodes and n antinodes forms when standing waves are formed in a stretched string.

The fundamental frequency of transverse vibration in a taut string is 200 Hz .keeping the length of the string unaltered, if tension is doubled, what will be the fundamental frequency ?

The fundamental frequency of transverse vibration in a taut string is 200 Hz . What will be the fundamental frequency If the length of the string is doubled, with its tension unchanged ?