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Determine horizontal velocity with which a stone must be projected horizontally from a point P, so that it may hit the inclined plane perpendicularly. the inclination of the plane is 'theta' and point P is at height 'h' above the foot of the incline.
how would be that possible
if the stone is thrown then the stone is going downwards and the velocity of the STONE ALONG THE PLANE INCREASES
BUT FOR THE BALL TO FALL PERPENDICULARLY ON THE INCLINE IT SHOULD HAVE ZERO VELOCITY ALONG THE PLANE
SO CONTRADICTION
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