An inclined plane acts as a force multiplier. Give reasons.

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Solution

In an inclined plane, $Mechanical advantage (M . A .) = \frac{Length of the inclined plane (L)}{Vertical height (h)}$
As $L > h$ for an inclined plane, so $M . A . > 1$
Therefore, an inclined plane acts as a force multiplier.

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An inclined plane acts as a force multiplier. Give reasons.

In an inclined plane, Mechanicaladvantage(M.A.)=Lengthoftheinclinedplane(L)Verticalheight(h) As L>h for an inclined plane, so M.A.>1Therefore, an inclined plane acts as a force multiplier.

In an inclined plane, $Mechanical advantage (M . A .) = \frac{Length of the inclined plane (L)}{Vertical height (h)}$
As $L > h$ for an inclined plane, so $M . A . > 1$
Therefore, an inclined plane acts as a force multiplier.