Open main menu

Difference between revisions of "Force Multiplier"

Line 5: Line 5:
 
===About Force Multipliers===
 
===About Force Multipliers===
 
: A '''force multiplier''' can be used to lift things that are too heavy to lift with your hands.
 
: A '''force multiplier''' can be used to lift things that are too heavy to lift with your hands.
: There are three main '''force multipliers''':
+
: There are three main '''force multipliers''' you should know:
 
*[[Lever]]s
 
*[[Lever]]s
 
*[[Gear]]s
 
*[[Gear]]s
Line 34: Line 34:
 
===Meaning===
 
===Meaning===
 
A '''force multiplier''' is a tool that increases the size of a [[force]] by reducing the distance the [[force]] moves through compared to the original [[force]].
 
A '''force multiplier''' is a tool that increases the size of a [[force]] by reducing the distance the [[force]] moves through compared to the original [[force]].
 +
 +
===About Force Multipliers===
 +
: A '''[[Force]] can be multiplied''' due to [[Conservation of Energy]]. Since [[Work Done]] = [[Force]] x [[distance]] then a tool can make the [[force]] larger by making the [[distance]] shorter.
 +
: There are four main '''force multipliers''' you should know:
 +
*[[Lever]]s
 +
*[[Gear]]s
 +
*[[Pulley]]s
 +
*[[Hydraulic System]]s

Revision as of 10:27, 9 October 2018

Key Stage 2

Meaning

A force multiplier is a tool to make lifting objects easier.

About Force Multipliers

A force multiplier can be used to lift things that are too heavy to lift with your hands.
There are three main force multipliers you should know:
Lever.png
A lever makes it easier to lift a heavy object.
Gear2.png
The force can be made bigger by turning the small gear. The bigger gear will turn with a bigger force.
Pulley.png
A pulley can make it easier to lift an object.

Key Stage 3

Meaning

A force multiplier is a tool that increases the size of a force by reducing the distance the force moves through compared to the original force.

About Force Multipliers

A Force can be multiplied due to Conservation of Energy. Since Work Done = Force x distance then a tool can make the force larger by making the distance shorter.
There are four main force multipliers you should know: