The tension in a stretch string fixed at both ends is changed by `2%`, the fundarmental frequency is founder to get changed by 1.5 Hz . Select the correct statement(s).

If the tension in a stretched string fixed at both ends is changed by 21% , the fundamental frequency is found to increase by 15 Hz , then the

If the tension in a stretched string fixed at both ends is changed by 21% , the fundamental frequency is found to increase by 15 Hz , then the

The tension in a stretched string fixed at both ends is changed by 2% , the fundamental frequency is found to get changed by 15Hz . (a) wavelength of the string of fundamental frequency does not change (b) velocity of propagation of wave changes by 2% (c ) velocity of propagation of wave changes by 1% (d) original frequency is 1500Hz

The linear density of a stretched string is increased by 1%. Then the change in fundamental frequency of string is

If the tension in a string is increased by 21 percent, the fundamental frequency of the string changes by 15 Hz . Which of the following statements will also be correct?

If the tension in a string is increased by 21 percent, the fundamental frequency of the string changes by 15 Hz . Which of the following statements will also be correct?

If the tension in a string is increased by 21 percent, the fundamental frequency of the string changes by 15 Hz . Which of the following statements will also be correct?

The tension in the string is changed by 2% what is the change in the transverse wave velocity

The tension in the string is changed by 2% what is the change in the transverse wave velocity

To decrease the fundamental frequency of a stretched string fixed at both ends one might