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The reason why copper is a good conductor is because there are a lot of free electrons that can carry the flowing current efficiently. These free electrons do not remain permanently associated with the copper atoms, instead they form an electron ‘cloud’ around the outside of the atom and are free to move through the solid quickly. http://web1.caryacademy.org/chemistry/rushin/StudentProjects/ElementWebSites/copper/uses_of_copper.htm
Silicon.
There is not one but there are two metalloids in Period 4 of the periodic table. They are germanium and arsenic. There is a link below to the Wikipedia post on the metalloids so you can have a look at them.
It is a casting alloy with Silicon and Copper similar to CA 313
The scientific name of copper is 'Copper'. It has the chemical symbol 'Cu'. 'Cu'. is from Latin and means 'Cuprum. 'Cuprum is also the Latin name for 'Cyprus', which is where copper was first mined/found, by the ancients.
7 metalloids:BoronArsenicAntimonyTelluriumPoloniumSiliconGermanium
The reason why copper is a good conductor is because there are a lot of free electrons that can carry the flowing current efficiently. These free electrons do not remain permanently associated with the copper atoms, instead they form an electron ‘cloud’ around the outside of the atom and are free to move through the solid quickly. http://web1.caryacademy.org/chemistry/rushin/StudentProjects/ElementWebSites/copper/uses_of_copper.htm
The reason why copper is a good conductor is because there are a lot of free electrons that can carry the flowing current efficiently. These free electrons do not remain permanently associated with the copper atoms, instead they form an electron ‘cloud’ around the outside of the atom and are free to move through the solid quickly. http://web1.caryacademy.org/chemistry/rushin/StudentProjects/ElementWebSites/copper/uses_of_copper.htm
Each of them increases
copper silicon and oxygen.
Any semiconductor can be used for rectification, so germanium is suitable.However what you may be thinking of is power rectifiers. Germanium cannot operate with a junction temperature above about 60C, so this is a significant limitation on the power handling capability of germanium power rectifiers (even copper oxide or selenium power rectifiers can handle more power, so they were used for many years before quality silicon power rectifiers became available).
It is the middle portion of the transistor
Silicon is a metalloid.
silver, copper. copper can be replaced by germanium, zinc, platinum
Silicon is the typical base material , aluminum or copper are the interconnect metals.
Silicon is only a semiconductor. Copper on the other hand is used to make wires and is an excellent conductor of electricity.
Scientists collect Germanium from certain types of mineral specimens. These include Sphalerite and other ores from silver, copper, and lead.