1 Answer
Fleming's right-hand rule is a simple way to remember how to determine the direction of the force acting on a conductor in a magnetic field, which is used in motors and generators.
How to apply Fleming's right-hand rule:
What does it tell you?
In summary, Fleming's right-hand rule helps us remember how motion, magnetic field, and current are related in electromagnetic induction, which is key in understanding how generators work.
How to apply Fleming's right-hand rule:
- Thumb: Point your thumb in the direction of the motion (the direction the conductor is moving).
- First Finger: Point your first finger in the direction of the magnetic field (from the north to the south pole).
- Second Finger: Your second finger will now point in the direction of the current (the flow of electrons).
What does it tell you?
- This rule helps you find the direction of the current induced in a conductor when it moves through a magnetic field (such as in a generator).
- In simpler terms, it shows how electricity is generated when a conductor moves in a magnetic field.
In summary, Fleming's right-hand rule helps us remember how motion, magnetic field, and current are related in electromagnetic induction, which is key in understanding how generators work.