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19.Three waves Y1 = asin(wt-kx), Y2 = Asin(wt-kx+h) and Y3 = Asin(wt-kx+2h) are superimposed so that Y1+Y2+Y3 = 0 at all positions. Then the value of h is |
| Answer» 19.Three waves Y1 = asin(wt-kx), Y2 = Asin(wt-kx+h) and Y3 = Asin(wt-kx+2h) are superimposed so that Y1+Y2+Y3 = 0 at all positions. Then the value of h is | |