That has to do with the ability for electrons to move withing the material. Some metals, like copper, contain a free-moving "lattice" of electrons, which allows a lot of movement. Other materials such as rubber have their electrons very tightly bound, and so have a greater resistance to current.
Some elements do not let go of their electrons as easily as others do. The atoms in a NON-conductive material are 'stable' or balanced while conductive elements pass electrons to each other freely.
This basically has to do with how easy it is for charge carriers to move around. Charge carriers are most often electrons, but they may include any charged particle or pseudo-particle, such as positive or negative ions, or holes (in a semiconductor). For example, in a metal electrons are fairly free to move around - as a result, a metal is a good conductor of electricity.
in order to conduct electricity the electrons in the object have to be free and lined up to transfer the current thus the better lined up and free the electrons the better it conducts
In science, conduct means to serve as a channel. For example, water and most metals will conduct electricity.
The characteristics of materials to be used for a specific project depend on the needs of the project. There are several different types of materials that work better for some products then others. The first step would be to determine which materials would work best.
Rust, like all substances, is a conductor of heat, however some substances are better at conducting heat than others. Iron is a good conductor of heat because of its metallic structure, but rust is not so good as it is a simple covalent molecule.In a nutshellNo, rust is not a good conductor of heat.
you and others
Metals are mainly known as very good conductors and very bad insulators of heat and electricity. Other solids, non-metals, are very poor conductors. They eventually conduct heat but very slowly. The best metal conductor is copper, even though it is at the bottom of the reactivity series. But as to come to a conclusion, yes, most metals are conductors, some are just better than others.
Metals, although some conduct heat & electricity better than others.
yes!
all metals conduct electricity but alumiun doesn't conduct it as well as others all metals conduct electricity but alumiun doesn't conduct it as well as others
All metals conduct heat and electricity. Some metals e.g., gold, copper conduct electricity better than others.
All metals can conduct electricity, though some better than others.
if you mean the conduction of electricity then.... all non-metals do not conduct(excluding carbon which does conduct) all metals conduct although some conduct better than others
Everything - it wouldn't conduct at all otherwise. Some materials conduct better than others, like the conducting wires.
Metals actually conduct electricity, not insulate them. Some metals conduct better than others, but the point is that metals don't insulate heat or electricity at all.Glucose rubber cold glass and water
Cerium is a metal. All metals are conductors. Some are better conductors than others, but they all conduct electricity.
all of them, some better than others. Copper, silver, gold, iron, all can conduct both heat and electricity.
All metals conduct electricity, some much better than others. One of the properties that defines a metal is that it must conduct electricity.
The ability for a metal to conduct heat depends on how the atoms are aligned. Different materials have different bond structures.