pi and sigma bonds

[Leslie Contreras 1D]

I am not too sure their significance in hybridization orbitals

[Michael Park]

Can you be more specific about what you don't understand?

https://chem.libretexts.org/Textbook_Ma ... try_(CK-12)/09%3A_Covalent_Bonding/9.20%3A_Sigma_and_Pi_Bonds

[Nienjou Claire 1E]

I'm not quite sure of what you are asking for, but I'll write down my notes from what Professor Lavelle said in class. The bonds basically hold the atoms in a coordinate compound together.

Sigma bonds: 2 orbitals, each with 1 electron; interact end-to-end to form 1 sigma-bond; allow bound atoms to rotate; electron density has cylindrical symmetry around the internuclear axis
Pi bonds: 2 orbitals, each with 1 electron; overlap side-by-side to form 1 pi-bond; don't allow bound atoms to rotate; electron density on each side of the internuclear axis

[Cameron Smith 1I]

In terms of hybridization pi bonds (more than a single bond) would imply that there are other orbitals besides the hybridized orbital.