The number of beats heard per second if there are three sources of frequencies `(n-1)`, n and `(n+1)` of equal intensities sounded together is :

The maximum number of beats that can be heard per second is

A sources of sound gives 5 beats per second when sounded with another sources of frequency 100 second^(–1) . The second harmonic of the source, together with a source of frequency 205 second^(–1) gives 5 beats per second. What is the frequency of the source ?

A source of sound gives five beats per second when sounded with another source of frequency 100s^-1 . The second harmonic of the source together with a source of frequency 205s^-1 gives five beats per second. What is the ferquency of the source?

A source of sound gives 5 beats when sounded with another source of frequency 100 Hz. The second harmonic of the source together with a source of frequency 200 Hz gives 10 beats s^(-1) . What is the frequency of the source?

Two tones of frequencies n_(1) "and" n_(2) are sounded together. The beats can be heard distinctly when

[" A certain number of "],[" beats are heard "],[" when two tuning "],[" forks of natural "],[" frequencies "n_(1)" and "n_(2)],[" are sounded "],[" together.The number "],[" of beats when one of "],[" the forks is loaded "]

When a tuning fork A and B are sounded together,the number of beats heard are 4 per second.When tuning fork A is field,the number of beats heard per second with B is changed to 3.If the frequency of tuning fork B is 384 Hz,the original frequency of A is

Two tuning forks when sounded together produced 4beats//sec . The frequency of one fork is 256. The number of beats heard increases when the fork of frequency 256 is loaded with wax. The frequency of the other fork is