Hybridization MCQs

Hybridization MCQs

Hybridization is the process of combining atomic orbitals (s and p) on a specific atom to create a new set of orbitals (equal in number to the original ones) that exhibit both s and p characteristics and are optimally arranged in space for covalent bonding. Hybridization typically involves s, p, and d orbitals. The hybrid orbitals in bonding atoms are named based on the atomic orbitals from which they are derived. The number of hybrid orbitals matches the number of atomic orbitals used to form them. Certain geometries correspond to specific bonding patterns in molecules, which gave rise to the concept of hybridization based on a mathematical model of bonding.

(a) H₂O
(b) C₂H₅OH
(c) CH₃COCH₃
(d) C₂H₅OC₂H₅

(a) H₂O

(a) KCl
(b) KCN
(c) CH4
(d) H2

(b) KCN

(a) B-Cl bond is more polar than N-Cl bond
(b) N-Cl bond is more covalent than B-Cl bond
(c) the nitrogen atom is smaller than the boron atom
(d) BCl₃ has no lone pairs but NCl₃ has a lone pair of electrons

(d) BCl₃ has no lone pairs but NCl₃ has a lone pair of electrons

(a) 3
(b) 6
(c) 9
(d) 12

(c) 9

(a) NO₂ and CO₂
(b) NO₂ and O₃
(c) SiF₄ and CO₂
(d) SiF₄ and NO₂

(b) NO₂ and O₃

(a) pi molecular orbital
(b) sigma molecular orbital
(c) gamma molecular orbital
(d) No bond will be formed

(a) pi molecular orbital

(a) H₂O
(b) H₂S
(c) NH₃
(d) SO₂

(b) H₂S

(a) alcohols having resonance structures
(b) intermolecular hydrogen bonding in ethers
(c) intermolecular hydrogen bonding in alcohols
(d) the dipolar character of ethers

(c) intermolecular hydrogen bonding in alcohols

(a) it is diamagnetic in the gaseous state
(b) it is a neutral oxide
(c) it combines with oxygen to form nitrogen dioxide
(d) its bond order is 2.5

(a) it is diamagnetic in the gaseous state

(a) dsp² hybridization
(b) sp³d hybridization
(c) dsp³ hybridization
(d) sp³d² hybridization

(d) sp³d² hybridization

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