The two parts of a sonometer wire divided by a movable knife edge , differ in length by `2 mm` and produce `1 beat//s` , when sounded together . Find their frequencies if the whole length of wire is `1.00 m`.

Two parts of sonometer wire, divided by a movable knife edge differ in length by 2 cm and produce 1 beat/s when sounded together. Assume fundamental frequencies. If the total length of the wire is 100 cm. The frequencies. If the total length of the wire is 100 cm. The frequencies of the two parts of the wire are

A sonometer wire of 1 m length is divided into two parts by a movable bridge. The two parts differ by 3mm and produce two beats per second when sounded together. Find their frequencies.

The string of a sonometer is divided into two parts using wedge. Total length of string is 1m and two parts differ by 2mm . When sounded together they produce 2 beats/sec. The frequencies of two parts are

Two closed organ pipes have lengths L and L+X . When two pipes are sounded together , the beat frequency is

A knife edge divides a sonometer wire in two parts which differ in length by 2mm. The length of the wire is 1m. The two parts of the string when sounded together produce on beat per second, then the frequency of the smaller and the longer parts of the wire in Hz will be

A stretched sonometer wire is in unison with a tuning fork. When the length is increased by 4%, the number of beats heard per second is 6. Find the frequency of the fork.

A sonometer wire is in unison with a tuning fork . When its length increases by 4% , it gives 8 beats/with the same fork. What is the frequency of the fork ?

Two similar sonometer wires of the same same material produce 2 beats per second. The length of one is 50 cm and that of the other is 50.1 cm. Calculate the frequencies of the two wires.

Frequency of vibration of a wire varies inversely with its length. The frequency is 220 Hz when the length of the wire is 120m. Find the frequency of the wire when its length is 100 m.

Two tuning forks when sounded together produce one beat per 0.4 s. Then the difference of their frequencies is