Generators tend to move the coild while alternators tend to move the magnets. Those are the only two choices you have to make power. The disadvantage of moving the wires (or coild) is that you really need brushes that wear.
Moving electric charges create electromagnetic fields.
Electric current
Electromagnetic induction.
Moving a conductor (a wire) in a magnetic field will create voltage in the wire. Note that relative motion must occur, i.e., the wire must move "across" the magnetic lines of force, and not "along" them to create voltage. Moving a conductor in a magnetic field is the basic idea behind motors and generators.
This process is known as Electromagnetic Induction first observed by Michael Faraday.
Moving electric charges create electromagnetic fields.
Faraday's Theory of Electromagnetic Induction.
Electric current
Electromagnetic induction.
An electric generator generates the current by moving a coil of wire through a magnetic field. This is normally in the inner mechanisms of the device.
Moving a conductor (a wire) in a magnetic field will create voltage in the wire. Note that relative motion must occur, i.e., the wire must move "across" the magnetic lines of force, and not "along" them to create voltage. Moving a conductor in a magnetic field is the basic idea behind motors and generators.
Generators work by changing mechanical energy to electrical energy. It can be done by spinning an armature (one of the electrical components of a motor that contains conductors) through a magnetic field. Generators are based on the principle of electromagnetic induction. This electromagnetic effect induces voltage and current in the moving conductors.
People have to threaten me by brandishing things at me before I get a move on. (In electromagnetic induction, moving a magnet near current-carrying wire produces an EMF.)
Not true - Moving a wire through a magnetic field doescreate a current flow in a wire.false
Yes, a moving electric charge creates a magnetic field
No, consider a coil of wire conducting a constant current. There will be a static magnetic field around it, but no electromagnetic waves with E X H = P
-- Electric charge that's moving is the definition of electric current.-- It creates a magnetic field in its neighborhood.