and for B it is y = A sin (kx – omega t). It is clearly shown in the figure

Sahay Sir > Question Answers > and for B it is y = A sin (kx - omega t). It is clearly shown in the figure
Adjoining figure shows the snapshot of two waves A and B at any time t. The equation for A is y = A sin (kx – omega t – phi), and for B it is y = A sin (kx – omega t). It is clearly shown in the figure
01
Nov
Adjoining figure shows the snapshot of two waves A and B at any time t. The equation for A is y = A sin (kx – omega t – phi), and for B it is y = A sin (kx – omega t). It is clearly shown in the figure Adjoining figure shows the snapshot [...]
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Tags: Adjoining figure shows the snapshot of two waves A and B at any time t. The equation for A is y = A sin (kx - omega t - phi) , and for B it is y = A sin (kx - omega t). It is clearly shown in the figure ,