A Simple D.C Motor:
- Two magnets create a _______ magnetic field
- When the current flows through to coil it experiences a _____ due to magnetic force
- There's an ______ force on one side of the coil, and a ________ force on the other side
- When the coil is vertical, the _______ are not in _______ and the current stops
- Coil keeps moving (due to angular momentum) past ________ until the _______ make _______ again
- This means that the _______ is reversed every half-turn thanks to the _____ ____ __________
-Coil continues to turn in same direction every half-turn as contacts swap
Help please I need it
- Two magnets create a _______ magnetic field
- When the current flows through to coil it experiences a _____ due to magnetic force
- There's an ______ force on one side of the coil, and a ________ force on the other side
- When the coil is vertical, the _______ are not in _______ and the current stops
- Coil keeps moving (due to angular momentum) past ________ until the _______ make _______ again
- This means that the _______ is reversed every half-turn thanks to the _____ ____ __________
-Coil continues to turn in same direction every half-turn as contacts swap
Help please I need it
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Answer:
A Simple D.C Motor:
- Two magnets create a Uniform magnetic field
- When the current flows through to coil it experiences a Force due to magnetic force
- There's an Upward force on one side of the coil, and a Downward force on the other side
- When the coil is vertical, the Brushes are not in Contact and the current stops
- Coil keeps moving (due to angular momentum) past Vertical until the Brushes make Contact again
- This means that the Current is reversed every half-turn thanks to the Spilt ring commutator
-Coil continues to turn in same direction every half-turn as contacts swap
Lets Study
Answer:
In our article on the magnetic force we looked at the force experienced by moving charges in a ... There are two key laws that describe electromagnetic induction: ... Faraday's experiment : Induction from a magnet moving through a coil
Explanation:
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