A tuning fork is found to give ` 20 beats "in" 12 s` when sounded in conjuction with a stretched string vibrating under a tension of `10.2 or 9.9 kgf`. Calculate the frequency of the fork.

A tuning fork is found to give 20 beats in 12 seconds when sounded in conjuction with a stretched string vibrating under a tension of 10.2 or 9.9 kgf. Calculate frequency of the fork

A certain fork is found to give 2 beats//s when sounded in conjuction with a stretched string vibrating transversely under a tension of either 10.2 or 9.9 kg weight . Calculate the frequency of fork.

A certain fork is found to give 2 beats//s when sounded in conjuction with a stretched string vibrating transversely under a tension of either 10.2 or 9.9 kg weight . Calculate the frequency of fork.

A tuning fork A frequency 384Hz gives 6 beats in 2 seconds when sounded with another tuning fork B. What could be the frequency of B?

A tuning fork A frequency 384Hz gives 6 beats in 2 seconds when sounded with another tuning fork B. What could be the frequency of B?

A tuning fork A frequency 384Hz gives 6 beats in 2 seconds when sounded with another tuning fork B. What could be the frequency of B?

A tuning fork gives 15 beats per second when sounded with a sonometer wire of length 200 cm and 20 beats per second with that of length of 250 cm. calculate the frequency of the fork.

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

A string under a tension of 129.6 N produces 10 beats per sec when it is vibrated along with a tuning fork. When the tension in the string is increased to 160 N, it sounds in unison with the same tuning fork, Calculate the fundamental frequency of the tuning fork.

A string under a tension of 129.6 N produces 10 beats per sec when it is vibrated along with a tuning fork. When the tension in the string is increased to 160 N, it sounds in unison with the same tuning fork, Calculate the fundamental frequency of the tuning fork.