y_1 = 8 sin (omegat - kw) and y_2 = 6 sin(omegat + kx) are twowaves travelling in a string of area of cross-sections and density rho. These two waves are superimposed to produce a standing wave. Find the total amount of energy crossing through a node per second.

y_1 = 8 sin (omegat - kw) and y_2 = 6 sin(omegat + kx) are twowaves tr

1.	y_1 = 8 sin (omegat - kw) and y_2 = 6 sin(omegat + kx) are twowaves travelling in a string of area of cross-sections and density rho. These two waves are superimposed to produce a standing wave. Find the total amount of energy crossing through a node per second.
Answer» SOLUTION :`(2 RHO omega^2s)/K`

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y_1 = 8 sin (omegat - kw) and y_2 = 6 sin(omegat + kx) are twowaves travelling in a string of area of cross-sections and density rho. These two waves are superimposed to produce a standing wave. Find the total amount of energy crossing through a node per second.

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