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The superposition of two waves,y, (x:1) = (0.05m ) sin( 2x + 3ar) andy,(x:1)=(0.05m) sin(2r - 3mr) ,results in a standing wave. The first four positions corresponding to the antinodes are: A. n, 2n, 3n and 4n B. 0, n, 2n and 3n C. m, 3n, 5r and 7n D.0, 2n, 4n and 6t E. 0, n, 3n, and 5n

The superposition of two waves,y, (x:1) = (0.05m ) sin( 2x + 3ar) andy,(x:1)=(0.05m) sin(2r - 3mr) ,results in a standing wave. The first four positions corresponding to the antinodes are: A. n, 2n, 3n and 4n B. 0, n, 2n and 3n C. m, 3n, 5r and 7n D.0, 2n, 4n and 6t E. 0, n, 3n, and 5n

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The superposition of two waves, y (x:1) = (0.05m) sin( 2x + 3m) andy,(x:1) =(0.05m)sin( 2r – 3mr) , results in a standing wave. The first four positions corresponding to the antinodes are: A. n, 2n , 37 and 4n B. 0, n, 2n and 3n C. n. 3π. 5π and 7π D.0, 2n, 4n and 6n E. 0, n, 3n, and 5n
Transcribed Image Text:The superposition of two waves, y (x:1) = (0.05m) sin( 2x + 3m) andy,(x:1) =(0.05m)sin( 2r – 3mr) , results in a standing wave. The first four positions corresponding to the antinodes are: A. n, 2n , 37 and 4n B. 0, n, 2n and 3n C. n. 3π. 5π and 7π D.0, 2n, 4n and 6n E. 0, n, 3n, and 5n
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