The ground state electronic configuration of $C O$ molecule is:
$1 σ^{2} {2 σ}^{2} 1 π^{4} 3 σ^{2}$
$1 σ^{2} 2 σ^{2} 3 σ^{2} 1 π^{2} 2 π^{2}$
$1 σ^{2} 2 σ^{2} 1 π^{2} 3 σ^{2} 2 π^{2}$
$1 σ^{2} 1 π^{4} 2 σ^{2} 3 σ^{2}$

Question

The ground state electronic configuration of $C O$ molecule is:
$1 σ^{2} {2 σ}^{2} 1 π^{4} 3 σ^{2}$
$1 σ^{2} 2 σ^{2} 3 σ^{2} 1 π^{2} 2 π^{2}$
$1 σ^{2} 2 σ^{2} 1 π^{2} 3 σ^{2} 2 π^{2}$
$1 σ^{2} 1 π^{4} 2 σ^{2} 3 σ^{2}$

Toppr Admin · Accepted Answer

From the above image- it is concluded that- the ground state electronic configuration of CO molecule is-xA0-1-x3C3-22-x3C3-21-x3C0-43-x3C3-2Hence- the correct option is A-

The ground state electronic configuration of CO molecule is:1σ22σ21π43σ21σ22σ23σ21π22π21σ22σ21π23σ22π21σ21π42σ23σ2

From the above image, it is concluded that- the ground state electronic configuration of CO molecule is: 1σ22σ21π43σ2Hence, the correct option is A.

The ground state electronic configuration of $C O$ molecule is:
$1 σ^{2} {2 σ}^{2} 1 π^{4} 3 σ^{2}$
$1 σ^{2} 2 σ^{2} 3 σ^{2} 1 π^{2} 2 π^{2}$
$1 σ^{2} 2 σ^{2} 1 π^{2} 3 σ^{2} 2 π^{2}$
$1 σ^{2} 1 π^{4} 2 σ^{2} 3 σ^{2}$

From the above image, it is concluded that- the ground state electronic configuration of $C O$ molecule is:

$1 σ^{2} {2 σ}^{2} 1 π^{4} 3 σ^{2}$

Hence, the correct option is $A$ .