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A block of mass {m} is pushed towards the movable wedge of mas

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A block of mass $m$ is pushed towards the movable wedge of mass $M$ and height $h$ , with a velocity $v_{0} .$ All surfaces are smooth . The minimum value of $v_{0}$ for which the block will reach the top of the wedge is

2 g h

\frac{2 g h m}{M}

\frac{2 g h ( m + M )}{M}

\frac{2 g h m}{( m + M )}

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Samuel Discussed

A block of mass

m

is pushed towards the movable wedge of mass

M

and height

h

, with a velocity

v_{0} .

All surfaces are smooth . The minimum value of

v_{0}

for which the block will reach the top of the wedge is

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Question Text	A block of mass $m$ is pushed towards the movable wedge of mass $M$ and height $h$ , with a velocity $v_{0} .$ All surfaces are smooth . The minimum value of $v_{0}$ for which the block will reach the top of the wedge is
Answer Type	Video solution: 1
Upvotes	151