'Eddy currents' are a circulating currents set up as a result of voltages induced into a metal component which not intended to carry current. For example, eddy currents are induced into the silicon-steel core of a transformer due to voltages induced into the core by the changing currents in the transformer's windings. Eddy currents are unavoidable, although steps can be taken to minimise them -in the case of a transformer's core, by manufacturing the core from laminations. Eddy currents generally have no useful function, but represent energy losses. To answer your question directly, eddy currents can only exist in conducting materials.
Gas, liquid, solid.
Domains are aligned.
A universal solvent doesn't exist; water is a good solvent for many materials.
A universal solvent doesn't exist; water is a good solvent for many materials.
The absolute purity doesn't exist; all the materials have impurities, less or more.
All the metals conduct electricity; but no determined data exist today for einsteinium.
If the electric circuit is broken, there will be no medium for transfer of electrons and flow of current. Hence, electric current does not exist.
Electric Current I= V/R where V is volts and R is resistance; Magnetic Current I=Hw where H is the Magnetic Intensity and w is the wave distance.
Yes.
electron ,Believe it is called a FREE electron. Because it is not internally bound to the nucleolus of the atom. in a conductive material , like copper, they are free to drift from one atom to another. if it was not for free electron's ,electricty(current) could not exist.
Gas, liquid, solid.
Intrinsic materials are found within an area. Extrinsic materials do not exist within, and must be located outside of the area.
Alethiometers, as featured in Philip Pullman's "His Dark Materials" series, are fictional devices and do not exist in reality. Their concept is a product of the author's imagination.
Domains are aligned.
They are in the nucleolus. They exist as two parts
Domains are aligned.
For no bloody reason!