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Makes a task easier to do |
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Ramps, Wedges, Screws, Levers, Wheels, Gears and Pulleys |
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The force needed to put in to move an object |
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A slowly spinning axle turns the rim at a higher speed. Effort is provided by the turning axle and the load is the fast moving rim |
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If gears are identical then they will both turn at the same speed but in different directions |
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Used to change torque(spinning force) or the direction of rotation |
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Speed Multipliers/ Class 3 Levers |
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-used to get the load
-fulcrum at one end
-load at other
-effort in middle |
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Load and effort on ends and fulcrum in middle |
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Rack and pinion, idler, worm and bevel |
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Inclined plane that passes through another object, splitting or slicing it in two |
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Work=effort force X distance |
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Machines made up og two or more simple machines |
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Driven gear is smaller than the driving gear, it will rotate faster: the gears act as a speed multiplier |
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A wheel with identical teeth around its edge |
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A small effort applied to the rim hs produced a large turning force at it's axle, the force has been multiplied |
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Force multipliers
Fulcrum and effort on sides and load in the middle |
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Ramp that spirals around a cylinder |
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Inclined plane that is used when you need to get a heavy object up to a higher level |
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Small driving gear rotates a larger one, but at a slower speed |
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Levers Mechanical Advantage |
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M.A=load/effort=
distance of effort from fulcrum/distance of load from fulcrum |
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Any rod, stick or object that is made to turn round a pivot or fulcrum |
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measure how effective a machine is |
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effort X distance= load X distance (effort and load from fulcrum) |
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Put in a small effort and the lever system multiplies it so that you can lift much heavier loads than normal |
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energy needed to move something over a certain distance |
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makes job of lifting an object easier |
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