Nuclear fission involves the splitting of atomic nuclei to release energy.

The basic principle is electromagnetic induction, where a conductor moving through a magnetic field induces an electric current.

Renewable resources like wind and solar are used to generate electricity.

Electrical resistance converts physical work into electrical energy.

Solar cells and photovoltaic plates.

Turbines and water dams.

The stator, rotor, armature, field winding, and slip rings (in AC generators).

Radio transmitters and frequency modulators.

By using chemical reactions in batteries to release energy.

Through friction and thermal expansion.

Through the movement of a conductor within a magnetic field, inducing current via electromagnetic induction.

By reflecting sunlight onto solar panels.

The rotor bends and breaks the magnetic field to extract energy.

The rotor is the rotating component that creates relative motion with the magnetic field, facilitating electromagnetic induction.

The rotor acts as a heat sink to dissipate excess energy.

The rotor generates pollution control agents in a generator.

They provide a continuous electrical connection between the rotating coil and outer circuit while allowing free rotation.

They are used to store energy for later use.

They convert direct current to alternating current.

They keep the rotor stationary during energy transfer.