Justify whether the following frequencies of sound can be said to be those of a musical note 256 Hz, 288 Hz, and 320 Hz?

Open in App

Solution

Dear Student,

The frequency of 256 Hz is identified by C which produces a sound "sa".
The frequency of 288 Hz is identified by D which produces a sound "re".
The frequency of 320 Hz is identified by E which produces a sound "ga".

Suggest Corrections

Similar questions

Q. A flute produces a musical sound travelling at a speed of 320 m/s. The frequency of the note is 256 Hz. The period of the note is

Q. Sound of frequency 320 Hz is of lower pitch than sound of frequency
(a) 10 Hz
(b) 180 Hz
(c) 256 Hz
(d) 512 Hz

Are 256Hz,288Hz and 320Hz in simple mathematical ratio?how to remove their ratio?

Two tuning forks are struck and the sounds from each reach your ears at the same time. One sound has a frequency of 256 Hz, and the second sound has a frequency of 258 Hz. The underlying beat frequency is:

Q. The tuning forks A and B produce notes of frequency

256

Hz and

262

Hz respectively. An unknown note sounded at the sametime as A produces beats. When the same note is sounded with B, beat frequency is twice as large. The unknown frequency could be:

Join BYJU'S Learning Program

Justify whether the following frequencies of sound can be said to be those of a musical note 256 Hz, 288 Hz, and 320 Hz?

Dear Student, The frequency of 256 Hz is identified by C which produces a sound "sa". The frequency of 288 Hz is identified by D which produces a sound "re". The frequency of 320 Hz is identified by E which produces a sound "ga".

Dear Student,

The frequency of 256 Hz is identified by C which produces a sound "sa".
The frequency of 288 Hz is identified by D which produces a sound "re".
The frequency of 320 Hz is identified by E which produces a sound "ga".