Differentiate between atomic orbitals and hyb | vedclass

Name: Exam Paper Generator | JEE NEET Paper Generator | Vedclass
Brand: Vedclass
Rating: 5 (35 reviews)

Question

(N/A) Atomic orbitalsHybrid orbitalsAtomic orbitals have different energies.Hybrid orbitals are of the same type and have the same energy.Atomic orbit

Vedclass · Accepted Answer

Vedclass · Answer

(N/A) Atomic orbitalsHybrid orbitalsAtomic orbitals have different energies.Hybrid orbitals are of the same type and have the same energy.Atomic orbitals have different shapes.Hybrid orbitals have the same shape.Atomic orbitals can form both $\sigma$ and $\pi$ bonds.Hybrid orbitals form only $\sigma$ bonds.Atomic orbitals undergo hybridization before bond formation.Hybrid orbitals directly participate in bond formation.Atomic orbitals may contain lone pairs or unpaired electrons.Hybrid orbitals can contain lone pairs or participate in bonding.Rearrangement of electrons in atomic orbitals is possible in the excited state.After hybridization,the electron configuration remains stable.

Differentiate between atomic orbitals and hybrid orbitals.

Similar Questions

The number of species from the following in which the central atom uses $sp^3$ hybrid orbitals in its bonding is . . . . . . .
$NH_3, SO_2, SiO_2, BeCl_2, CO_2, H_2O, CH_4, BF_3$

Which of the following does not have $sp^3$ hybridization?

Hybridization is due to the overlapping of

The hybridization in $PF_3$ is

The hybridizations of $C_2$ and $C_3$ in the molecule $H_3C-CH=C=CH-CH_3$ are respectively:

Vedclass Test Series

Exam Paper Generator

Online Exam Module

Atomic orbitals	Hybrid orbitals
Atomic orbitals have different energies.	Hybrid orbitals are of the same type and have the same energy.
Atomic orbitals have different shapes.	Hybrid orbitals have the same shape.
Atomic orbitals can form both $\sigma$ and $\pi$ bonds.	Hybrid orbitals form only $\sigma$ bonds.
Atomic orbitals undergo hybridization before bond formation.	Hybrid orbitals directly participate in bond formation.
Atomic orbitals may contain lone pairs or unpaired electrons.	Hybrid orbitals can contain lone pairs or participate in bonding.
Rearrangement of electrons in atomic orbitals is possible in the excited state.	After hybridization,the electron configuration remains stable.