Metals are more useful as a conductor than plastics. It is because the plastics are a matter that is filled with covalent bonds and it blocks the electrons flow while metals share and facilitate the electron flow, and also because a large pool of electron does a metal have while plastic don't have.
The term plastic has a broad definition as regards materials. There are thousands of plastics. We often think of plastics as organic polymers, and we will generally find that these materials are not good conductors. Different substances added to plastics during production can change this, but we usually find that plastics do not support current flow, and, therefore, might best be considered insulators rather than conductors.
There are a number of ways in which a metal can be differientiate a metal from a non-metals, these involve contrasting the properties between metals and non-metals and testing them to distinguish them from one another. Some contrasting properties between metals and non-metals: 1.) Metals conduct electricity whereas non-metals do not. 2.) Metals are shiny whereas non-metals are not. 3.) Metals are malleable whereas non-metals are brittle. 4.) Metals often have a higher boiling/melting point than non-metals. 4.) Metals are hard whereas non metals are not.
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.
The number of free electrons in a given volume is different for each metal; many electrons is good conductivity.
Trees are generally considered insulators because they are composed primarily of cellulose, lignin, and other organic compounds that do not conduct electricity well. However, they can conduct a small amount of electricity through the moisture in their tissues. This conductivity is not significant compared to metals, which are excellent conductors. Overall, trees are more effective at insulating than conducting electrical current.
transition metals
Yes, but some metals are better conductors than others.
Yes, some metals are poor conductors of electricity. For example, lead and mercury have low conductivity compared to other metals like copper or silver. Factors such as crystal structure, impurities, and temperature can affect the conductivity of a metal.
Metals are a better heat conductor than plastics.
No, not all types of metals are conductors. Only metals that have free electrons in their atomic structure are good conductors of electricity. Examples of good conductors include copper, silver, and gold.
In the natural world the answer is definitely yes. Naturally occurring metals where the only things that really conducted. But with modern civilization we are extracting the metals out of the minerals. But still there are more non conductors.
The term plastic has a broad definition as regards materials. There are thousands of plastics. We often think of plastics as organic polymers, and we will generally find that these materials are not good conductors. Different substances added to plastics during production can change this, but we usually find that plastics do not support current flow, and, therefore, might best be considered insulators rather than conductors.
Yes, metals are generally good electrical conductors due to the presence of free electrons that can move in response to an electric field. However, not all metals are equally good conductors, and some metals have higher electrical conductivity than others.
All metals can conduct electricity, though some better than others.
metals are good conductors this means that energy can move throgh them better than say plastic or insulation
Yes, metals are better conductors of heat than plastic.
No, nonmetals are generally poor conductors of heat and electricity. This is because they do not have freely moving electrons that can carry the heat or electric charge effectively. Metals, on the other hand, are good conductors due to the presence of delocalized electrons.