When two progressives waves y1=4sin(2x−6t) and y2=3sin(2x−6t−2π)are superimposed , the amplitude of the resultant wave is

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When two progressives waves {y}_{{{1}}}={4}{{{({2}{x}-{6}{t})}

Question

When two progressives waves $y_{1} = 4 sin (2 x - 6 t)$ and $y_{2} = 3 sin (2 x - 6 t - \frac{π}{2})$ are superimposed , the amplitude of the resultant wave is

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Amelia Discussed

When two progressives waves

y_{1} = 4 sin (2 x - 6 t)

and

y_{2} = 3 sin (2 x - 6 t - \frac{π}{2})

are superimposed , the amplitude of the resultant wave is

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Question Text

When two progressives waves

y_{1} = 4 sin (2 x - 6 t)

and

y_{2} = 3 sin (2 x - 6 t - \frac{π}{2})

are superimposed , the amplitude of the resultant wave is