Effects of an Electric current -
1) Heating effect -
e.g. - Heater / Geyser etc.
2) Magnetic effect -
e.g. - Electric Bell etc.
3) Chemical effect -
e.g. - Battery charging etc.
4) Lighting effect -
e.g. - Electric bulb etc.
Disadvantages of the heating effect of electric currents are: short circuits, house fires, and explosions. Advantages of the heating effect of electric currents are: electric light, toasting food, and keeping a room warm.
An electric current is always surrounded by a magnetic field. This is more noticeable (for example, it can be detected with a compass) in the case of DC, and if the two wires of a circuit are separate.
A copper wire would be an example of a conductor of electricity.
what are the example of conductor
The simplest and effective example is the current carrying conductor placed in a magnetic field.whose applications are motor,generator etc
It is not. Rubber is a bad conductor of electricity so it does not let an electric current pass through it.
The opposite of a conductor (conducts electric flow) is a non-conductor, or something that opposes the flow, which would be an insulator.
No, an example of an electric current would be using a battery to light a lightbulb.
Non-metals in general do not conduct electricity or other forms of energy as well as metals do. Helium would be an example.
First of all, voltage doesn't flow. Voltage sets up an electric field. If the ends of this electric field are connected by a conductor, then current flows. So, if the question is "Can voltage exists with no current flow" the answer is Yes, for example a battery or a charged capacitor (although there may be some initial current flow to establish the electric field (e.g. charging the capacitor)). An electric field exists between the poles of the battery or capacitor. Current doesn't flow until the ends of that field are connected by a conductor (e.g. a light bulb).
Something that when touched cannot allow an electrical current to pass through it, an example of a non-conductor would be wood.
Electric current is the flow of charge from one place to another. Charge is carried by electrons, so current can be defined as the number of electrons per second that pass through a given area.
Transmission Lines are an example of electic current
* A conductor that can be shaped into a coil. Copper wire, for example. * An isolator that keeps the conductor's threads isolated from each other, thus forcing the current through all loops of the coil. * An electric current through the coil. * Typically, but not necessarily, a ferrite core to bundle the magnetic field.
I believe its a conductor, because an insallator is like a stirofoam cup for example, as it keeps the heat in the cup without burning your hands. An example of a conductor is a piece of metal because it is able to pass an electric current through the metal.
Transmission Lines are an example of electic current
A conductor of electricity is one that will carry electric current, without generating undue heat or causing a large voltage drop along it. Copper is a good example.