Assertion : Where two vibrating tuning forks having frequencies `256 Hz` and `512 Hz` are held near each other, beats cannot be heard.
Reason : The princile of superposition is valid only if the frequencies of the oscillators are nearly equal.

Assertion : When two vibrating tuning forks having frequencies 256Hz and 512Hz are held near each other , beats can not be heard . Reason : The principle of superposition is valid only if the frequencies of the oscillators are nearly equal.

Assertion : When two tuning forks are vibrating with frequencies 256 Hz and 480 Hz are held near each other, beats cannot be heard. Reason : The principle of super position is valid if the frequencies of the oscillators are nearly equal.

Statement-1 : When two vibrating tuning forks have f_(1) = 300 Hz and f_(2) = 350 Hz and held close to each other , beats cannot be heard Statement-2 : The principle of superposition is valid only when f_(1) - f_(2) lt 10 Hz

Statement-1 : When two vibrating tuning forks have f_(1) = 300 Hz and f_(2) = 350 Hz and held close to each other , beats cannot be heard Statement-2 : The principle of superposition is valid only when f_(1) - f_(2) lt 10 Hz

Statement I : When two vibrating tuning forks have f_(1) = 300 Hz and f_(2) = 350 Hz and are held close to each other, beats cannot be heard . Statement II : The priniciple of superposition is valid only when f_(1) - f_(2) lt 10 Hz .

Statement-1 : Two tuning forkes having frequencies 410 Hz and 524 Hz are kept closed and made to vibrate. Beats will not be heard. because Statement-2 , Sound waves superimpose only when the frequencies of superposing waves are equal or nearly equal.