Strictly speaking, its ability to carry electrical charge from one place to another. Most metals, like copper, have several electrons available in their outermost shells that are easily "pursuaded" to accept and release electrons along a specific path, like a wire. The more easily they do this the better conductor they are. So, when you apply an "electromotive force" like the voltage difference of a battery, it basically pushes electrons in one end of the wire and pulls them out the other (which, incidentally is an exothermic process, so the wire and battery feel warm).
Silver makes it a conductor.
makes them non-electrolytes and non-conductor
Water in general is a good conductor of electricity. Anything wet will therefore be a good conductor (this makes it dangerous to get certain things wet).Actually, pure (distilled) water is not a good conductor; the fact that water usually IS a good conductor is due to diverse substances dissolved in water, such as salts - the ions make the water a good conductor.
There are many liquids which are very bad conductors of electricity. these are basicall the type which are covalent in nature. examples: 1.)carbon tetrachloride, 2.)Benzene etc etc other organic fluids (fats etc) even pure water( i.e absolutely pure no impurity no contamination) is a good insulator.
there is only one electron on the outer shell.
The acid in the lemon makes it a conductor of electricity.
it has energy
Silver makes it a conductor.
how much do a kcs freight conductor makes
penny
makes them non-electrolytes and non-conductor
Wool holds lot of air. As air is a bad conductor of heat, this makes the wool a bad conductor of heat, but a good insulator.
The "hot" conductor of the lamp circuit.
Not being able to conduct heat or electricity
Extra electrons.
A: Nickel has a very low point melting value which for that fact makes undesirable as conductor.
The salt makes the water a better conductor.