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A block of mass m is placed on horizontal surface and the system is initially at rest. All surfaces are smooth, so that both the block and the inclined plane can move. If the block is initially at a height h, calculate the velocity of the wedge at the instant the block touches the table. Also find the equation of the particle's path. a wedge of mass M. The wedge rests on a M

A block of mass m is placed on horizontal surface and the system is initially at rest. All surfaces are smooth, so that both the block and the inclined plane can move. If the block is initially at a height h, calculate the velocity of the wedge at the instant the block touches the table. Also find the equation of the particle's path. a wedge of mass M. The wedge rests on a M

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A block of mass horizontal surface and the system is initially at rest. All surfaces are smooth, so that both the block and the inclined plane can move. If the block is initially at a height h, calculate the velocity of the wedge at the instant the block touches the table. Also find the equation of the particle's path. m is placed on a wedge of mass M. The wedge rests on a M 2m² gh cos²a (M+m)(M+m sin² a) y – h = (1+) tana (x- rana) h Ans:
Transcribed Image Text:A block of mass horizontal surface and the system is initially at rest. All surfaces are smooth, so that both the block and the inclined plane can move. If the block is initially at a height h, calculate the velocity of the wedge at the instant the block touches the table. Also find the equation of the particle's path. m is placed on a wedge of mass M. The wedge rests on a M 2m² gh cos²a (M+m)(M+m sin² a) y – h = (1+) tana (x- rana) h Ans:
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