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no
One solution that will not conduct electricity is pure water. The reason is that it needs a dissociated ionic compound that can mix with water when detached, and then it will be unable to conduct.
A solution must contain ions, to be able to conduct electricity.
Metals conduct electricity as a result of the way they bond to form alloys. Their configuration is like positive ions in an "electron sea", which means that the electricity can travel easily through the electrons.
It depends on the type of metal. The ability of a metal to conduct electricity is one trait that identifies a metal. For example, copper can conduct electricity very well (better than most metals).
Most metals conduct electricity, as does carpet and most liquids - Pure water doesn't.
liquids conduct electricity because if you think about it they don't have a definite volume or shape and some liquids are not transparent so the answer would be that they conduct electricity
SOME paint may contain ingredients that conduct electricity, but most do not.
AS most stoves are made of metal, uninsulated parts of them will conduct electricity.
no
One solution that will not conduct electricity is pure water. The reason is that it needs a dissociated ionic compound that can mix with water when detached, and then it will be unable to conduct.
A solution must contain ions, to be able to conduct electricity.
I believe chlorine would be a bad conductor of electricity. Not sure about the heat. Usually one would want to stick to using a type of metal and stay away from most liquids when trying to conduct electricity.
An Ionic Compund
Concrete it self may not but most concrete structures .Has rebar in them and that can .
Glucose does not dissociate into charged ions in water solution, and the only water solutions with high conductivity are those with substantial concentrations of charged ions, such as the solutions of most salts, acids, and bases.
Metals conduct electricity as a result of the way they bond to form alloys. Their configuration is like positive ions in an "electron sea", which means that the electricity can travel easily through the electrons.