sp3d3 hybridization The process of mixing one s- orbital, three p- orbitals, and three d-orbitals in an atom to form seven sp3 d3 hybrid orbitals of equivalent energy
Category: Inorganic Chemistry
66. Covalent Bonding(12)- sp3d2 Hybridization.
sp3d2 hybridization. The process of mixing of one s- orbital ,three p- orbitals and two d-orbital in an atom to form six sp3 d2 hybrid orbitals of equivalent energy is called sp3 d2 hybridization. EXAMPLE – SULPHUR HEXACHLORIDE (SF6) In the last post we studied the hybridization in SF4 molecule. The central sulphur atom was sp3d hybridized. It had a lone pair of electrons. […]
65. Covalent Bonding(11)- sp3d Hybridization.
In the last few posts, we studied about the most common types of hybridization namely -sp3, sp2, and sp hybridization. These are exhibited predominantly by
64. Covalent Bonding(10)- sp Hybridization.
sp hybridization. The process of mixing one s- orbital with one p- orbital in an atom to form two sp hybrid orbitals of equivalent energy is called sp hybridization. EXAMPLE
63. Covalent Bonding(9)- sp2 Hybridization.
sp2 hybridization. The process of mixing one s- orbital with two p- orbitals in an atom to form three sp2 hybrid orbitals of equivalent energy is called sp2 hybridization.
62.CHEMICAL BONDING (9)- Covalent Bonding(8)- sp3 Hybridization.
sp3 hybridization The process of mixing of one s- orbital with three p- orbitals in an atom to form four sp3 hybrid orbitals of equivalent energy is
61.Covalent Bonding(7)- Hybridization(2).
CONCEPT OF HYBRIDIZATION As we studied in the last post, Linus Pauling introduced an imaginary concept of ‘hybridization of atomic orbitals to explain the valency and
60. Covalent Bonding(6)- Hybridization(1).
From this post onwards, we start studying one of the most seminal theories in chemistry- THE HYBRIDIZATION THEORY. This theory was a giant leap forward.
59. Covalent Bonding(5)- VESPR model(3).
Lone pairs – AXIAL OR EQUATORIAL POSITION? In the structures mentioned in the previous post, we have two positions, namely – axial and equatorial. Equatorial
58. Covalent Bonding(4)- VESPR model(2).
In the VSEPR model, the valence shell is considered a sphere. The electron pairs are considered to be on this spherical surface, as far away
57. Covalent Bonding(3)- VESPR model(1).
In the last two posts, we discussed the valence bond theory (VBT) at length. The VBT theory is not foolproof and we shall discuss its
56. Covalent Bonding(2)- VBT (2)
The Valence bond theory (VBT) is one of the theories which explains the formation of the covalent bond. It is based on the assumption that
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