Volt Metre is the apparatus used to detect the electricity generated. Moving a magnet in or around coil of enamelled copper wire or vice versa will generate electricity. The electricity generated can be detected, by connecting the ends of wires of coil to a Volt Metre. The Voltage generated proportional to the speed of movement and strength of the magnet, and the number of turns of the coil.
Some examples of materials that stick to a magnet but do not conduct electricity include plastic, wood, glass, and paper. These materials lack free-moving electrons, which are needed for electrical conductivity.
Diamagnetic substance contains no unpaired electron therefore charge cannot be transferred through moving free electron--there is no free electron. It is however theoretically possible to force the substance to conduct electricity, by setting potential difference extremely high so that bonded electrons are forced to detach from the atoms. At this point, the substance is no longer diamagnetic.
Some magnets conduct electricity quite well. Others are pretty good insulators. If the magnet is made from metal, chances are that it will be a pretty good electrical conductor. If it is a ceramic magnet or one where magnetic particles are suspended in a non-conductive medium (like those flexible rubber fridge magnets that businesses like to distribute) then the magnet will usually be a very poor electrical conductor.
Metals conduct electricity because they have free-moving electrons that can carry electric current through the material.
It depends what it is made of. If it has silver, gold, iron, copper, magnesium, nickel, or and other metal that is a conductor in it. It probably can because most magnets have traces of iron and magnesium.
An electric current can be created by moving a magnet through a metal coil.
by moving a piece of magnet in between a copper coil.
Electricity can be produced by moving a magnet through a wire coil, which induces a current in the coil. This process is known as electromagnetic induction and is the basis for how generators work to produce electricity. The moving magnetic field created by the magnet interacting with the wire coil creates an electric current to flow in the wire.
Yes, liquid nitrogen does not conduct electricity well because it is a non-metal and does not contain free-moving electrons that are necessary for conducting electricity.
Silicon tetrachloride is a nonconductive compound in its pure form. It does not conduct electricity because it does not contain free-moving electrons that are necessary for conducting electricity.
Moving water (dams, rivers, tides) and turbines (like an electric motor in reverse) that will produce electricity when the moving water spins them round.
No, in general oils do not conduct electricity.