Is it possible to monitor the temperature of a wire by measuring its vibrational frequency?

A metallic wire with tension T and at temperature 30 ^0 C vibrates with its fundamental frequency of 1 kHz. The same wire with the same tension but at 10 ^0 C temperature vibrates with a fundamental frequency of 1.001 kHz. The coefficient of linear expansion of the wire is

A metallic wire with tension T and at temperature 30^(@)C vibrates with its fundamental frequency of 1 kHz . The same wire with the same tension but at 10^(@)C temperature vibrates with a fundamental frequency of 1.001 kHz . The coefficient of linear expansion of the wire is equal to 10^(-K) .^(@)C . Find 2K .

A metallic wire with tension T and at temperature 30^(@)C vibrates with its fundamental frequency of 1 kHz . The same wire with the same tension but at 10^(@)C temperature vibrates with a fundamental frequency of 1.001 kHz . The coefficient of linear expansion of the wire is equal to 10^(-K) .^(@)C . Find 2K .

A metal wire of linear mass density of 9.8 gm^-1 is stretched with a tension of 10kg wt between two rigid supports of 1 metre apart. If the wire is allowed to vibrate in its fundamental frequency, then find the frequency of vibration.

It is possible to hear beats from the two vibrating sources of frequency

When a body oscillates with its natural frequency then its vibration is called

When a body oscillates with its natural frequency then its vibration is called

When an air column in a pipe closed at one end vibrates such that three nodes are formed in it, the frequency of its vibrations is ………….. Times the fundamental frequency.