silicon is 4 not 6
Carbon (Ca) Silicon (Si) Germanium (Ge) Tin and Lead
wcovalency means the max number of electron an atom can share with others. nitrogen can share 5 but due to the absence of d orbital it can only share 4. therefore the actual covalency in 4.
The family of elements that has 4 valence electrons is the carbon family, which includes carbon (C), silicon (Si), germanium (Ge), tin (Sn), and lead (Pb). These elements are located in Group 14 of the periodic table.
1. Carbon is a nonmetal. 2. Silicon and germanium are metalloids. 3. Tin and lead and flerovium are metals. 4. The title Group 4a is obsolete and incorrect after IUPAC rules; correct is Group 14.
Silicon has 4 valence electrons.
Carbon (Ca) Silicon (Si) Germanium (Ge) Tin and Lead
wcovalency means the max number of electron an atom can share with others. nitrogen can share 5 but due to the absence of d orbital it can only share 4. therefore the actual covalency in 4.
Silicon -- it also forms 4 bonds. Usually elements in the same group or vertical column in the periodic table all have similar chemical bonding properties.See the Related Questions to the left for more information.
They both have same number of electrons, i.e. 4 in their valence shell.
Almost anything except noble gasses, it has a valance of 4, the same as carbon.
Well I know why Carbon and silicon do not form simple ions. It is becasue if the were to form a ion they could either get 4 electrons or lose 4 electrons. Neither is easier so they just stay the same.
Silicon (or Silicium) has 4 electrons in its outer shell, just like Carbon, Germanium, Tin and Lead.
Another atom in group 4 like tin or silicon.
They are all in group 4 you bellend PECTORIALS PECTORIALS
from wikipedia: "Tetrafluoromethane is sometimes used as a low temperature refrigerant. It is used in electronics microfabrication alone or in combination with oxygen as a plasma etchant for silicon, silicon dioxide, and silicon nitride.[4]"
Silicon (Group 4) forms single covalent bonds with 4 Chlorine (Group 7) to become Silicon Tetrachloride (SiCl4). As well as the simple molecule silicon can form compounds containg Si chains such as Si3Cl8. silicon chlorides with chain lengths up to 6 are known. In this respect silicon is behving a little like carbon in forming chains.
iron (85 %) with some (4-5%) nickel and the remainder oxygen, silicon, hydrogen and carbon