Carbon is SP3 hubridized in it.Hydrogen has same hybridization
sp2
sp hybridisation of carbon
CO2- carbon dioxide. CO- carbon monoxide. CH4- methane.
sp hybridization
It has carbon and hydrogen.So it a organic compound
carbon can have either sp3 ,sp2 or sp1 hybridised orbital depending upon the type of hybridisation hybridisation influences the bond and bond therapy (strength) in the organic compounds
yes
sp2
sp hybridisation of carbon
Molecular formula: CH4 Structural formula: . H H C H . H CH4 (1 carbon and 4 hydrogen) it is NOT ch4 it is CH4; 4 being a subscript indicating 4 hydrogen atoms bonded into a single carbon atom
CO2- carbon dioxide. CO- carbon monoxide. CH4- methane.
sp hybridization
CH4 is organic compound.It contains Carbon and Hydrogen
It is pure (elemental) Carbon (in crystallic tetraedical sp3-hybridisation)
It has carbon and hydrogen.So it a organic compound
In valence bond theory it is assumed the four electron pair bonds reside tetrahedrally about the carbon giving rise to the terahedral shape of the molecule. sp3 hybridisation is "necessary", it replaces the s , px, py and pz orbitals with four orbitals of identical energy (degenerate) with lobes pointing to corners of a tetrahedron- the 4 electrons are then promoted to these orbitals - the hybridisation energy.
The Valency of carbon in any molecule is ALWAYS '4' . So in methane (CH4) it is '4' In H2C=CH2 is is still '4' In CH3-CH3 it is still '4'.