Mechanical Advantage is equal to

$\frac{E f f o r t}{L o a d}$

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$\frac{L o a d}{E f f o r t}$

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$L o a d \times E f f o r t$

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$L o a d + E f f o r t$

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Solution

The correct option is B
$\frac{L o a d}{E f f o r t}$

A mechanical advantage is the ratio of the working force exerted by a mechanism (Load) to the applied force (Effort).

$M e c h a n i c a l A d v a n t a g e = \frac{L o a d}{E f f o r t}$

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Similar questions

Q. Mechanical advantage

=

\frac{L o a d}{E f f o r t}

Q. Mechanical advantage

(M . A)

, load

(L)

and effort

(E)

are related as :

In a machine, a load of 490 N is supported by an effort of 7N. If the distance of fulcrum from the point where the load acts is 10m, find the mechanical Advantage and length of the effort arm.

A crowbar of length 120 cm has its fulcrum situated at a distance of 20 cm from the load. Calculate the effort arm and the mechanical advantage of the crowbar.

When the effort arm is equal to the load arm the mechanical advantage is equal to one.

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Mechanical Advantage is equal to

The correct option is B LoadEffort A mechanical advantage is the ratio of the working force exerted by a mechanism (Load) to the applied force (Effort). Mechanical Advantage=LoadEffort

The correct option is B
$\frac{L o a d}{E f f o r t}$

A mechanical advantage is the ratio of the working force exerted by a mechanism (Load) to the applied force (Effort).

$M e c h a n i c a l A d v a n t a g e = \frac{L o a d}{E f f o r t}$