Electrical Energy.
kinectic energy
wave
Movement of particles
The nuclei also interact with each other (being charged particles) and therefore have energy levels which can decay to produce photons.
electric potential energy
It is the process of Radioactivity.
Temperature is the measure of the movement of particles. The more movement, the higher the temperature; the less movement, the lower the temperature.The increase in temperature indicates that the particles have more energy and thus they have more movement - vibrational, rotational or transitional motion. Conversely, a drop in temperature indicates there is less energy in the system and, therefore, less motion of the particles.
Electricity is related to the movement of charged particles.
Heat energy
It is related to the movement of electrons (or other charged particles).
Convection is the movement of particles due to a gradient of energy. Heat energy is thus transfered by the moving particles.
This Energy results in current flow in a conductor. This is called The Electromotive Force [EMF] - It causes the moving electrically charged particles to be propelled elsewhere.
This Energy results in current flow in a conductor. This is called The Electromotive Force [EMF] - It causes the moving electrically charged particles to be propelled elsewhere.
an object which participates in a process which uses the movement of electrons (negatively charged particles) to transfer energy eg. a wire or plug or an object which receives its energy from the movement of electrons eg. a lightbulb
This Energy results in current flow in a conductor. This is called The Electromotive Force [EMF] - It causes the moving electrically charged particles to be propelled elsewhere.
Movement requires energy.
I don't know what exactly you mean with "pure energy". Electricity always involves movement of matter, usually electrons, but it may be other charged particles, too.
Movement of particles
protons (: