A smooth inclined plane of inclination $$300$$ is fixed in a lift which is moving down with an acceleration '$$g/4$$'. If the base of the inclined plane is 'L', the time taken by a body released at the top of the inclined plane to reach the bottom is

Question

A  smooth inclined plane of inclination $$300$$      is fixed in a lift  which is moving down with an acceleration '$$g/4$$'.  If the base of the inclined plane is 'L',  the time taken by a body released at the top of the inclined plane to reach  the bottom is

Infinity Learn · Accepted Answer

$$t=2$$ℓ(g$$−$$a)$$sin$$θ                                                                                     ℓ$$=Lcos$$θ       $$=2L(g$$−$$a)$$$$sin$$θ$$cos$$θ$$=2L(g$$−$$g4)(12)(32)$$       $$=32L33g$$

A smooth inclined plane of inclination $30^{0}$ is fixed in a lift which is moving down with an acceleration 'g/4'. If the base of the inclined plane is 'L', the time taken by a body released at the top of the inclined plane to reach the bottom is

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A smooth inclined plane of inclination 300 is fixed in a lift which is moving down with an acceleration 'g/4'. If the base of the inclined plane is 'L', the time taken by a body released at the top of the inclined plane to reach the bottom is

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A smooth inclined plane of inclination $30^{0}$ is fixed in a lift which is moving down with an acceleration 'g/4'. If the base of the inclined plane is 'L', the time taken by a body released at the top of the inclined plane to reach the bottom is