The ratio of load to the effort is a reciprocal of mechanical advantage.

True

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False

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Solution

The correct option is B
False

According to the definition, "The ratio of Load to the effort is known as the mechanical advantage". This definition is applicable to all simple machines and their respective Mechanical advantages.

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The ratio of Load to effort is a reciprocal of mechanical advantage.

What is the relation between load and the effort while calculating the reciprocal of Mechanical Advantage?.

Q. Mechanical advantage is the ratio of load to the effort.

Q. Mechanical advantage

=

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

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.

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The ratio of load to the effort is a reciprocal of mechanical advantage.

The correct option is B False According to the definition, "The ratio of Load to the effort is known as the mechanical advantage". This definition is applicable to all simple machines and their respective Mechanical advantages.

The correct option is B
False

According to the definition, "The ratio of Load to the effort is known as the mechanical advantage". This definition is applicable to all simple machines and their respective Mechanical advantages.