If `T` is the tension in the sting `mu` is the linear density of the string,then the velocity of transverse wave in the string

In case of a transverses wave in a string

Transverse waves pass through the strings A and B attached to an object of mass m as shown. If mu is the linear density of each of the strings the velocity of the transverse waves produced in the strings A and B is

Introduction, Transverse wave on string

The speed of transverse wave on a stretched string is

A string is kept stretched under a tension T, the velocity of transverse wave travelling along the string is

The speed of a transverse wave on stretched sting is 500 m/s when the tension is 2 kg wt, then the velocity of transverse waves in the same string when the tension is changed to 8 kg wt is

In a string under tension T, the velocity of transverse wave travelling along it is

The velocity of a transverse wave in a stretched wire is 100ms. If the length of wire is doubled and tension in the string is also doubled, the final velocity of the transverse wave in the wire in m/s is