Worksheetspltw mechanisms vincent
Total questions: 20
Worksheet time: 10mins
The member of a pair of gears to which motion and power are transmitted by the other gear.
Drive Gear
mechanism
force
torque
The part of a machine which contains two or more pieces arranged so that the motion of one compels the motion of others.
mechanism
drive gear
gear
input
A push or pull in a straight line.
Drive gear
mechanism
Force
torque
A push or pull in a circular direction. A twisting force.
Gear
Force
Torque
Input
A toothed wheel that works with others to alter the relation between the speed of an engine and the speed of the driven parts.
Meshing
Drive gear
input
Gear
Something added to a system, such as resources, in order to achieve a result.
output
Gear
meshing
Input
A term used to describe the proper engagement of teeth between two or more gears in a gear train.
Input
Meshing
Gear
Torque
A back and forth movement in a straight line.
Reciprocating
Driven Gear
Energy
Direction of travel
The member of a pair of gears to which motion and power are transmitted by the other gear.The output gear.
Driven Gear
energy
direction of travel
Output
The capacity to do work ; the use of mechanisms is necessary to transfer energy.
Direction of travel
Energy
Output
Work
The input handle can be turned in both directions for at least one full turn.
Output
Direction of travel
Work
Inverse
The results of the operation of any system.
work
inverse
Output
Ratio
The application of force that moves an object a certain distance.
Inverse
Ratio
Work
Oscillating
Opposite in position, direction, order or effect.
Ratio
Oscillating
Rotary
Inverse
The quantitative relation between two amounts showing the number of times one value contains or is contained within the other.
Oscillating
Rotary
Gear ratio
Ratio
A swing back and forth in an arc at a regular rate.
Oscillating
Rotary
Gear ratio
Flow of power
Circular movement
Rotary
Gear Ratio
Flow of power
Idler gear
The ratio of the speed of the diving member of a gear train to that of the driven member
Flow of power
Gear ratio
Idler gear
Energy
If you can make the input shaft turn by turning the output shaft the flow of power is reversible. If the input shaft does not turn or only turns part of the way, The power is non-reversible.
idler gear
Ratio
Flow of power
energy
A gear between the driver and the driven gear used to change rotational direction.
flow of power
idler gear
energy
input
