Electricity, this may be electrons in a direct current. In an alternating current the electrons stay where they are and it is only the energy that moves between electrons.
Protons don't move in an electric circuit, it's electrons.
A cell basically works as a producer of a potential difference in the circuit which is necessary for the electrons to travel in a region. Therefore using this principle we can understand that almost anything that can produce a PD can be used in an electric circuit. The best example would be of emf through EM induction of the Faraday's experiment
Bcoz protons r inside nucleus and protons r outside nucleus and properties of element depends upon them.
Because the current must always travel in a complete loop, going through the circuit and returning to the supply. A current can't travel along only one wire so no power would get to the circuit unless it has two wires.
There are 2 questions in this : 1: if it is about material... A: No electric charges can also travel through all the conductors of electricity like water, humans, animals, metals etc. 2: if it is about area in which electric charges pass through... A: No, If current is AC then it travels on the surface of the wire, and if the current is DC then it travels through the wire evenly.
A short circuit condition is caused by the grounding of the circuit anywhere from the distribution point to the load of a circuit. This grounding causes a high rush of current because of a low resistance of this type of circuit. This high rush causes the over protection device to trip and interrupt the current flow.
The term is "circuit" (from the same root as circle) An electric circuit must be uninterrupted for the current to flow. (This is why circuit-breakers are also called circuit-interruptors.)
Short circuit is the case when electricity, instead of travel through the design circuit path, jump across an unintended low resistance path and bypass the design circuit.A short circuit is a path for an electric current to travel through where there is very little resistance. This path is often, but not always, through a wire connected directly to a ground, and is often, but not always, unintentional.
Electric charges can travel through solids, liquids, or gases. They can travel through conductors, insulators, and semiconductors.
Current flows through a circuit in the forms of electrons. They are drawn to the positive end of the circuit and propelled by the negative end of the circuit.
Electric charges can travel through solids, liquids, or gases. They can travel through conductors, insulators, and semiconductors.
The electric current will not travel from one end of the circuit to another.
Protons. :) -sources mastering biology
A cell basically works as a producer of a potential difference in the circuit which is necessary for the electrons to travel in a region. Therefore using this principle we can understand that almost anything that can produce a PD can be used in an electric circuit. The best example would be of emf through EM induction of the Faraday's experiment
It doesn't. Energy doesn't travel 'around' a circuit. It travels from the supply to the load. And it isn't delivered to the load by the current. It doesn't even travel through the wires. It travels as a result of what is called the 'Poynting's Field' which acts perpendicularly to both the electric and magnetic fields.
a circuit.
"closed"
Electric energy powers appliances such as a radio or light bulb. It travels in a CLOSE CIRCUIT.