Difference between revisions of "Motor"
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: In a '''motor''' [[Electrical Work|electrical work]] is done to move an [[object]] against a [[force]]. This may be lifting the [[object]] in which [[Electrical Work|electrical work]] [[Energy Transfer|transfers]] [[energy]] into the [[Gravitational Potential Energy Store|gravitational potential energy store]] or it may be [[accelerating]] an [[object]] [[Energy Transfer|transfers]] [[energy]] into the [[Kinetic Energy Store|kinetic energy store]]. | : In a '''motor''' [[Electrical Work|electrical work]] is done to move an [[object]] against a [[force]]. This may be lifting the [[object]] in which [[Electrical Work|electrical work]] [[Energy Transfer|transfers]] [[energy]] into the [[Gravitational Potential Energy Store|gravitational potential energy store]] or it may be [[accelerating]] an [[object]] [[Energy Transfer|transfers]] [[energy]] into the [[Kinetic Energy Store|kinetic energy store]]. | ||
: A [[motor]] can apply a greater [[force]] when the [[Electrical Current|electrical current]] increases. | : A [[motor]] can apply a greater [[force]] when the [[Electrical Current|electrical current]] increases. | ||
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Revision as of 13:17, 27 February 2019
Contents
Key Stage 1
Meaning
A motor is something that spins when electricity goes through it.
Key Stage 2
Meaning
A motor is component in a circuit that spins when electricity flows through it.
About Motors
- A motor has a part that stays still and a part that spins around.
- The motor will get faster when the electrical current increases.
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| A motor. | The symbol for a motor. |
Key Stage 3
Meaning
A motor is component in a circuit that spins when electricity flows through it.
About Motors
- A motor has a part that stays still and a part that spins around.
- The motor will get faster when the electrical current increases.
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| A motor. | The symbol for a motor. |
Key Stage 4
Meaning
The symbol for a motor.
A motor is component in a circuit that spins when electricity flows through it.
About Motors
- In a motor electrical work is done to move an object against a force. This may be lifting the object in which electrical work transfers energy into the gravitational potential energy store or it may be accelerating an object transfers energy into the kinetic energy store.
- A motor can apply a greater force when the electrical current increases.