When a tuning fork vibrates with `1.0 m` or `1.05 m` long wire of a , `5` beats per second are produced in each case. If the frequency of the tuning fork is `5f` (in `Hz`) find `f`.

A sonometer wire resonates with a tuning fork. It itslength isincreased by 5%,10 beats are produced per second. The frequency of the tuning fork is.

A set of tuning forks is arranged in ascending order of frequency. Each tuning fork gives 5 beats per second with the preceding one. If the frequency of the first tuning fork is 100 Hz and that of last fork is 150 Hz, then the total number of tuning forks arranged are

When temperature of air is 20^(@)C a tuning fork sounded over the open end of an air column produces 4 beats per second, the tuning fork given a lower note. If the frequency of tuning fork is 34 Hz, then find how many beats will be produced by the tuning fork if temperature falls to 5^(@)C ?

A tuning fork vibrates with 2 beats in 0.04 second. The frequency of the fork is

A tuning fork is vibrated together with a length of 100 cm and then with a length of 95 cm, of a stretched sonometer wire. 10 beats are produced per second in each case. Find the frequency of the tuning fork .

When the wire of a sonometer is 73 cm long, it is in resonance with a tuning fork. On shortening the wire by 0.5 cm, it makes 3 beats per second with the same fork. Calculate the frequency of the tuning fork?

The fundamental frequency of stretched wire of length 50 cm is in unision with the frequency of a tuning fork.If the length is increased by 0.5 cm.4 beats per second are formed.Find the frequency of the tuning fork.

A tuning fork produces 2 beats per second when sounded with another tuning fork of frequency 250 Hz. It gives the same number of beats per second when loaded with wax. The initial frequency of 1^(st) tuning fork is