Question

When an atom is bonded to other atoms, it can combine its valence shell orbital to form a new set of orbitals that is at a lower total energy in the presence of the other atoms than the pure atomic orbitals would be. This process is called hybridization, and the new orbitals that are formed are called hybrid orbitals. These hybrid orbitals can overlap with orbitals on other atoms to share electrons and form bonds. Such hybrid orbitals usually give an improved description of the experimentally observed geometry of the molecule or ion. In fact, the concept of hybrid orbitals was developed specifically to explain the geometries of polyatomic ions and molecules. Fill in the blanks below.

It is useful to think of   as a process in which atomic orbitals mix, hybrid  form, they overlap other orbitals, and electrons enter the overlap region with opposing spins, thus forming stable bonds.

Answer 1

concept LAS Valence Bond Theory explains bond formation With Hybridisation. I C A ] Tlal 252 2p2 To make Chy, it needs to excite the clutron get four unpaired electrons. and Now one as orbital and three ap orbitals to form a new set intermix of four hybrid that orbitals will overlap with Stomic orbitals of H. and form C-H bond. I It is useful to think of bond formation in molecules as a process in which atomic orbitals of an atom. mix with one another and form new hybrid orbitals. hybrid forna orbitals form, they overlap with atomic orbitals of other arons and electrons enter the overlap. region with opposing spins, this bonds. forming stable