(B) $\pi$ bonds are formed by the lateral (sideways) overlap of atomic orbitals like $p-p$,$p-d$,or $d-d$. $\sigma$ bonds are formed by axial (head-on

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Lateral overlap of $p$-orbitals or $p$- and $d$-orbitals produces $\pi$-bonds

(B) $\pi$ bonds are formed by the lateral (sideways) overlap of atomic orbitals like $p-p$,$p-d$,or $d-d$. $\sigma$ bonds are formed by axial (head-on) overlap of orbitals. Hybrid orbitals always form $\sigma$ bonds,and $s$-orbitals can form $\sigma$ bonds through axial overlap.

Class 11 Chemistry Chemical Bonding and Molecular Structure Mix Examples-Chemical Bonding

Medium

Which one of the following statements is correct?

TS EAMCET 2013 All TS EAMCET

AP EAMCET 2013 All AP EAMCET

A
Hybrid orbitals do not form $\sigma$ bonds
B
Lateral overlap of $p$-orbitals or $p$- and $d$-orbitals produces $\pi$-bonds
C
The strength of bonds follows the order $\sigma_{p-p} < \sigma_{s-s} < \pi_{p-p}$
D
$s$-orbitals do not form $\sigma$ bonds