A wave equation which gives the displacement along y -direction is given by `y=0.001 sin (100t +x)` where x and y are in meterand t is time in second. This represented a waveA. Of frequency `(100)/(pi) Hz`B. Of wavelength one metreC. Travelling with a velocity of`(50)/(pi) ms^(-1)` in the positive X -directionD. Travelling with a velocity of `100 ms^(-1)` in the negative X -direction

A wave equation which gives the displacement along y -direction is giv

1.	A wave equation which gives the displacement along y -direction is given by `y=0.001 sin (100t +x)` where x and y are in meterand t is time in second. This represented a waveA. Of frequency `(100)/(pi) Hz`B. Of wavelength one metreC. Travelling with a velocity of`(50)/(pi) ms^(-1)` in the positive X -directionD. Travelling with a velocity of `100 ms^(-1)` in the negative X -direction
Answer» Correct Answer - D

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