Without conductors, electrons do not flow where you want them to flow. An electrical circuit is a flow of electrons.
shock risk
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Advantages in electric circuits : Advantages of using the rheostat in electric circuits is optional as you could just use the dial on the power-supply to vary the voltage (p.d.), and therefore the current. The advantage of using the rheostat is that you can control it to give you nice even numbers for the voltage.
'Bundled' conductors describe a line in which two or more conductors are supported from the same insulator chain. In the UK, 275-kV transmission lines typically use two conductors per line, and 400-kV transmission lines typically use four conductors per line. The purpose of bundling conductors is to spread the electric stress on the conductors (e.g. for four conductors, the same amount of electric flux will be 'shared' between the four conductors, rather than concentrated on the surface of one conductor).
Silver, if cost is no problem. For reasonably priced wires that are readily available, copper. Aluminum is by far the poorer conductor in use today.
You would use a conductor when you need to transfer electrical energy or signals from one place to another. Conductors are materials that allow the flow of electricity due to the presence of free electrons. They are commonly used in wires for electric circuits and transmission lines.
the ciruit is use to light the electric things
We need to use electric circuits so as to make the transfer of electricity easier. you must have seen various paths made in the circuits, these path controls and regulates the flow of current . But if we don't use electronic circuits then we will have to use wires which is very difficult to handle when we have to do large no. of operations li in computer.
Conductors, such as metals, are used in electrical wiring to conduct electricity efficiently. Insulators, such as rubber and plastic, are used to coat electrical wires to prevent electric shock and short circuits. Insulators are also used for building materials to maintain temperature and prevent heat transfer.
shock risk
The primary reason we don't use silicon in wires in electric circuits is because it is not a conductor. Recall that "wires" in electric circuits are conductors, and conductors will allow electric current flow through themselves without a lot of resistance.Silicon is what we call a semiconductor material. That means it "sorta" conducts, and "sorta" doesn't, depending on the conditions we set up when we manufacture it. There may be other reasons for not using silicon, but next to copper or aluminium, silicon doesn't conduct very darn well.
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Advantages in electric circuits : Advantages of using the rheostat in electric circuits is optional as you could just use the dial on the power-supply to vary the voltage (p.d.), and therefore the current. The advantage of using the rheostat is that you can control it to give you nice even numbers for the voltage.
Best way is to use a clamp on amp meter. You need to be able to put the clamp over a single conductor. This is usually easy to do in the electric panel, but for a device you need to split the conductors. You can take an extension cord you don't need and separate the conductors so you can get the clamp on a single conductor.
'Bundled' conductors describe a line in which two or more conductors are supported from the same insulator chain. In the UK, 275-kV transmission lines typically use two conductors per line, and 400-kV transmission lines typically use four conductors per line. The purpose of bundling conductors is to spread the electric stress on the conductors (e.g. for four conductors, the same amount of electric flux will be 'shared' between the four conductors, rather than concentrated on the surface of one conductor).
Electric wires are used as conductors, to conduct an electrical current. The practical use of this is either to transport energy from one part to another, or to transport signals.
Following are the uses : 1.Avoid electrical shock . 2. Avoid conductor damage. 3. Avoid short circuits.