Any circuit has at least two conductors. Otherwise, by Kirchoff's current law, there would be no current, therefore no power, therefore no work. The current coming on one wire is exactly balanced by the current going out on the other wire. If there is a third wire/connection, such as a ground wire, it is possible for current to flow on that conductor as well but, usually, there is no current expected to flow on the (safety) ground conductor.
Yes. In almost all cases, the current follows the voltage waveform. The peak amplitude of the current depends on the device or appliance that's drawing the current.
To conceal and carry electrical or telecommunication wires
well ummm...... the circuit has metal in it to carry on the wires!
the current causes alternating magnetic fields which shake the wires and they get warm so snow and rain sizzle off the wires.
Wires
To carry the unbalanced load current.
Because metals are conductors.
Repulsive
A wire with some resistance and a voltage applied to it The amount of current I passing this wire is V/R
A current greater than which a circuit is designed to carry , may melt wires or damage elements of the circuit.This is known as overloading of current.
16 current carry conductors
Wires are sized depending on the amount of amperage they are expected to carry. High current required a large size wire and hence small amount of current only needs a small wire.
It takes two wires to complete a circuit. They are commonly called a positive and negative. Without a flow of electricity both in and out of an electric item, there will no be a circuit and the item will not work.
The electric fields generated by the wires will interact with each other, causing a force to be produced that pushes the two wires away from each other.
Yes. In almost all cases, the current follows the voltage waveform. The peak amplitude of the current depends on the device or appliance that's drawing the current.
Phase wires are "hot" wires and are the current-carrying conductors. (These are the wires that will shock you if you touch them.). The neutral wire is basically there to carry the electricity back to the source. It is not normally considered current-carrying. If you switch these two wires, you might energize the metal of equipment, causing a dangerous shock hazard.
by wires