A string of length L is stretched by `L//20` and speed transverse wave alon it is v. The speed of wave ehen it is stretched by `L//10` will be (assume that Hooke law is applicable)

A string of length 'L' is stretched by L/20 and the speed of transverse waves along it is 'v'. The speed of wave when it is stretched by L/10 will be (Assume that Hooke's law is applicable)

A string of length 2x is stretched by 0.1 x and the velocity of a transverse wave along it is v. When it is stretched by 0.4x , the velocity of the wave is

A string of length 2x is stretched by 0.1 x and the velocity of a transverse wave along it is v. When it is stretched by 0.4x , the velocity of the wave is

The string of length L is stretched by x when the speed of transverse wave along it is V_1 . The string is further stretched by Delta x when the speed of transverse wave along it is V_1sqrt(2) . Find Delta x :

A string of length l is stretched by 1/30 and transverse waves in the string are found to travel at a speed v_0 . Speed of transverse waves when the string is stretched by 1/15 will be :

The speed of transverse wave on a stretched string is

The speed of transverse wave on a stretched string is

The speed of a transverse wave (v) along a stretched string is given by