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Silicon is typically a very poor conductor of electricity and often considered an insulator. However, a process called doping introduces a small amount of other material into the crystal structure to convert silicon from an insulator to a semiconductor. Semiconductors are essential parts of computer


Rubber does not conduct electricity. In fact, it is generally known as an effective insulator and is widely used in gear designed to prevent electrocution. The only solids that conduct electricity are metals and graphite.


In it's three stable configurations, silicon is made up of 14 protons, 14 to 16 neutrons, and 14 electrons. There are 20 other isotopes of silicon that feature anywhere from 8 to 30 neutrons. However, all but two of these decay in a matter of seconds or milliseconds.


Common uses of silicon are to provide the crystals that are used in computer chips. Silicon is also used in transistors, solid-state mechanisms, integrated circuits and solar cells.


A number of things such as glass, lubricants, electronic components, solar panels and a variety of medical equipment are made of silicon. The majority of sand found around the world is composed mostly of silica, which is an oxide of silicon.


Silicon can be found in the sun and stars and is the main part of meteorites. Silicon makes up 25.7 percent of the Earth's crust, but it is not found free in nature.


Plastics are known for their very poor ability to conduct electricity; however, a new type of plastic has now been shown in studies to conduct electricity well. This means that plastics can now be made to either conduct electricity or not to conduct electricity.


Chemicool states that silicon was named by Scottish chemist Thomas Thomson in 1831. Swedish chemist Jöns Jakob Berzelius produced a sample of amorphous silicon and purified the substance, naming it silicium, from "silicis," which means "flint." When Thomson named silicon, he retained part of the nam


Carbon is the only nonmetal outside of the metalloid group that conducts electricity. Metalloids are a group of related nonmetal elements with some metal traits, including the ability to conduct electricity. Other nonmetals are electrical insulators.


There is no metal that does not conduct electricity entirely, but there are some metals that are less effective conductors than others. Metal atoms have electrons in their outer shells that are not tied to any particular atom and can flow freely within the metal when electricity is applied.