If two sound waves, `y_(1) = 0.3 sin 596 pi[t - x//300]` and` y_(2) = 0.5 sin 604 pi [t - x//330]` are superimposed, what will be the
(a) frequencyof resultant wave

If two sound waves, y_1 = 0.3 sin 596 pi [t - x//330] and y_2 =0.5 sin 604 pi[t - x//330] are superposed, what will be the (a) frequency of resultant wave (b) frequency at which the amplitude of resultant waves varies (c ) frequency at which beats aer produced. Find also the ratio of maximum and minimum intensities of beats.

If two sound waves, y_1 = 0.3 sin 596 pi [t - x//330] and y_2 =0.5 sin 604 pi[t - x//330] are superposed, what will be the (a) frequency of resultant wave (b) frequency at which the amplitude of resultant waves varies (c ) frequency at which beats aer produced. Find also the ratio of maximum and minimum intensities of beats.

If two sound waves, y_(1) = 0.3 sin 596 pi[t - x//300] and y_(2) = 0.5 sin 604 pi [t - x//330] are superimposed, what will be the (b) frequencyat which beats are produced.

If two sound waves, y_(1)=0.3sin596pi[t-x//330] and y_(2)=0.5sin640pi[t-x//330] are superposed, what will be the (a) frequency of resultant wave (b) frequency at which the amplitude of resultant waves varies (c ) Frequency at which beats are produced. Find also the ratio of maximum and minimum intensities of beats

If two sound waves, y_(1) = 0.3 sin 596 pi[t - x//300] and y_(2) = 0.5 sin 604 pi [t - x//330] are superimposed, what will be the (c) Tlie ratio ofmaximum and minimum intensities of beats

If two sound waves y_(1) = 0.3 sin 596 pi (t - (x)/(330)) and y_(2) = 0.5 sin 604 pi (t - (x)/(330)) . The frequency at which beats are produced and the ratio of maximum and minimum intensities of beats are