For a constant vibrating length, density of the material and tension in the string the fundamental frequency of the vibrating stringis

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

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

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

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

The harmonics that accompanied with the fundamental frequency of a vibrating stretched string are

A wire is under tension and emitting its fundamental frequency . If the wire is replaced by another wire of the same material and same tension but it is thicker , then the fundamental frequency of vibration will

A string vibrating with a fundamental frequency of 8 Hz has tension T_(1) . This string vibrates with a fundamental frequency of 15 Hz when the tension is T_(2) . Find the fundamental frequency of the string when its tension is T_(1) + T_(2) .

If the vibrating length of a string is increased by 25% , then its fundamental frequency will

The mass of string (M) = 2 . 5 g , length (l) = 25 cm and tension (T) = 25 N . Determine the fundamental frequency of transverse vibration in the string .