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NIKITA PUBLICATION-STATIONARY WAVES -MCQs
- The equation y=4cos((2pix)/(50))sin(100pit) represents a stationary wa...
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- A wave of length 2m is superimposed on its reflected wave to form a st...
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- The equation of a stationary wave is y=-4sin((pix)/(5)) cos(100pit)....
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- The frequency of the progressive wave which form the stationary wave ...
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- The velocity of progressive wave which produces the stationary wave, ...
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- In a stationary wave of frequency 200 Hz, the distance between a node ...
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- Two identical waves each of frequency 10Hz, are travelling in opposite...
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- The paritcle displacement (in cm) in a stationary wave is given by y(x...
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- The frequency of the above stationary wave is
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- Standing waves are produced by the superposition of two waves y(1)...
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- The equation of the standing wave is y=0.02 cos((2pix)/(60))sin(150p...
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- The maximum velocity of the particle in the above problem at a distanc...
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- Two simple harmonic progressive waves is represented by y1=0.01 sin ...
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- The amplitude of S.H.M. at antinodes of the problem No. 51 is
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- The amplitude of S.H.M. at x=0.05 m is
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- The distance between a node the next antinode is
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- The distance between two adjacent antinodes is
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- The equation of a stationary wave is given by y=6sin(pi)//(x)cos40pi...
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- In the previous Q. The wavelength of the component progressive wave is
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- In the Q.89 the frequency of the component progressive wave is
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