Carbon can only form tetra bonds with itself if it is sp3 hybridized and when its is sp3 hybridized then it has a tetrahedral structure with the four bonds pointing to the the corners of the regular tetrahedron.But if the two central carbon atom is sp2 or sp hybridized then it cannot form tetra sigma bonds with itself since one bond will be pi bond.And other then that carbon also forms three bonds in graphite with the fourth bond very weak.But if you consider both sigma and pi bond then carbon does form tetra bonds in all the organic compounds but in some cases such as carbene it forms only two bonds and in many inorganic compounds too...i hope you found your answer.....
Well it can form 4 bonds. The reason: it has 4 electrons in the valence shell and can gain, lose or share them to obtain stable configuration. Methane (CH4) is formed with a carbon atom sharing one electron to each of the 4 hydrogen atom.
Carbon atoms linked together via sp3 bonds are a common allotrope of elemental carbon, also known as diamond. This is a carbon atom linked with four other carbon atomons in a tetrahedral geometry.
Bonds require a certain arrangement of electrons, the geometry has to fit. Remember that electrons repel other electrons, so they can't all just squeeze in together, in one happy family. Triple bonds are possible, as in the compound acetylene, but quadruple bonds are not. The geometry doesn't work.
Because the carbon molecule is shaped like a tetraedron. it's impossible to connect all corners of two tetraedrons at the same time
A triple bond can occur, but the fourth bonding site must remain on the opposite side of the carbon atom. The bond angle stress would be too high to bring all four sites on the same side.
as carbon has 4 electrons in its outer most shell it requires four in order to become a stable molecule
A quadruple bond doesn't exist in chemistry.
Carbon can form double bond, but chlorine will not form double bond.
carbon does not form ionic bond ,they form covalent bonds
The diazonium molecule includes a nitrogen atom with a quadruple bond. Nitrogen has 3 valance electrons and normally forms a triple bond. The quadruple bond is highly unstable for nitrogen, and therefore, it can easily fail, leading to immediate and dramatic chemical change, which we observe in the form of an explosion.
Carbon forms covalent bond (in all organic compounds), inorganic bond (in metal carbides) and coordinate bond (in metal carbonyls).Carbon does not form metallic bond or hydrogen bond.
no they can not
Because it can bond so well with itself. Note that its valance is 4, and that carbon can single, double, triple, or quadruple bond to carbon.
carbons cannot have quadruple bonds.
Hydrogen form a covalent bond with carbon.
No it is not. Carbon is a covalent bond.
Carbon can form double bond, but chlorine will not form double bond.
It could be a single bond (as in alkanes) or a double bond (as in alkenes) or even a triple bond (as in alkynes).
You can form a C-C which is a single bond carbon and you can form a C equals C which is a double bond carbon. But if you were to form a triple C bond then the remaining 2 electrons that are located on the other side of the triple bond cannot form a bonding pair.
A double carbon bond is a covalent bond. Also carbon atoms can form double bonds. Carbon shares electrons with other atoms.
carbon does not form ionic bond ,they form covalent bonds
The diazonium molecule includes a nitrogen atom with a quadruple bond. Nitrogen has 3 valance electrons and normally forms a triple bond. The quadruple bond is highly unstable for nitrogen, and therefore, it can easily fail, leading to immediate and dramatic chemical change, which we observe in the form of an explosion.
In most molecules a covalent bond involves sharing a pair of electrons. A double bond involves two pairs and a triple bond involves eight. Under the normal rules of covalent bonds there is not enough room for four pairs to make a quadruple bond.
Carbon forms covalent bond (in all organic compounds), inorganic bond (in metal carbides) and coordinate bond (in metal carbonyls).Carbon does not form metallic bond or hydrogen bond.