The shape of ethene molecule is trigonal planar Note: Hybridization of ethene molecule is s p 2 The ethene molecule is C H 2 = C H 2. It undergoes s p 2 hybridisation which results in planar geometry.

Write the molecular formula of the following compounds and draw electron-dot structures: (i) Ethane (ii) Ethene (iii) Ethyne

Ethane with molecular formula C 2 H 6 has seven covalent bonds. 6 bonds between C − H and one is between C − C. The six hydrogen atoms will each share their 1 electron with carbon to form six carbon-hydrogen covalent bonds. The two carbon atoms will each share their 1 electron to form one carbon-carbon covalent bond.

The nodal plane in the π-bond of ethene is located in the molecular plane. Both C atoms are s p 2 hybridized which results in trigonal planar geometry. Thus 2 C atoms and 4 H atoms are present in one plane.

For example, in the ethane molecule, the bonding structure according to valence orbital theory is very similar to that of methane. Both carbons are s p 3-hybridized, meaning that both have four bonds arranged with tetrahedral geometry.

>>Chemical Bonding and Molecular Structure >> Covalent Bond Covalent Bond >> H - C - H bond angle in ethene and ethan H - C - H bond angle in ethene and ethan

The nodal plane in the π-bond of ethene is located in the molecular plane. Both C atoms are s p 2 hybridized which results in trigonal planar geometry. Thus 2 C atoms and 4 H atoms are present in one plane.

The molecular formula of ethene is $$C_2H_4$$ and $$C$$ in ethene shows $$sp^2$$ hybridization. Thus, it has a trigonal planar molecule with bond angle $$120^0$$ on ...

Write the molecular formula of ethene and draw its electron dot structure.

Alkene bonds feature one sigma and one pi bond. Benzene features one sigma and one pi bond as well. However, the pi bonds are delocalized all around the ring in the case of benzene, so the pi electron density is distributed around the ring.