Equations a stationary and a travelling waves are as. follows y_(1) = a sin kx omega tand y_(2) = a sin(wt - kx) . The phase difference between two pojnt x_(1) = pi/(3k) and x_(2) = (3pi)/(2k) are phi_(1) and phi_(2)respectively for the two waves. The ratio phi_(1)/phi_(2) is:

Equations a stationary and a travelling waves are as. follows y_(1) =

1.	Equations a stationary and a travelling waves are as. follows y_(1) = a sin kx omega tand y_(2) = a sin(wt - kx) . The phase difference between two pojnt x_(1) = pi/(3k) and x_(2) = (3pi)/(2k) are phi_(1) and phi_(2)respectively for the two waves. The ratio phi_(1)/phi_(2) is:
Answer» 1 `5/6` `3/4` `6/7` ANSWER :D

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Equations a stationary and a travelling waves are as. follows y_(1) = a sin kx omega tand y_(2) = a sin(wt - kx) . The phase difference between two pojnt x_(1) = pi/(3k) and x_(2) = (3pi)/(2k) are phi_(1) and phi_(2)respectively for the two waves. The ratio phi_(1)/phi_(2) is:

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