Mechanical Advantage: Difference between revisions
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This property of mechanisms is known as '''Mechanical Advantage (MA)''', and for any particular system, has a specific numerical value. The Mechanical Advantage of a system is calculated by dividing the '''load''' by the '''effort'''. | This property of mechanisms is known as [https://en.wikipedia.org/wiki/Mechanical_advantage '''Mechanical Advantage (MA)'''], and for any particular system, has a specific numerical value. The Mechanical Advantage of a system is calculated by dividing the '''load''' by the '''effort'''. | ||
[[Category:Mechanisms]] | [[Category:Mechanisms]] | ||
Revision as of 18:13, 7 February 2015
Mechanisms are often used to allow a small effort to move a large load. For example, a car jack allows an average person to lift a car which may weigh as much as 2000kg whilst exerting only a force equivalent to 10 or 20kg.
This property of mechanisms is known as Mechanical Advantage (MA), and for any particular system, has a specific numerical value. The Mechanical Advantage of a system is calculated by dividing the load by the effort.