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Question

(D) The number of nodal planes for the given molecular orbitals are:$ \sigma 1s $: $0$ nodal planes.$ \sigma 2p_x $: $1$ nodal plane (the nodal plane

Vedclass · Accepted Answer

$ \pi^* 2p_y $

Vedclass · Answer

(D) The number of nodal planes for the given molecular orbitals are:$ \sigma 1s $: $0$ nodal planes.$ \sigma 2p_x $: $1$ nodal plane (the nodal plane is perpendicular to the internuclear axis).$ \pi 2p_x $: $1$ nodal plane (the internuclear axis itself acts as a nodal plane).$ \pi^* 2p_y $: $2$ nodal planes (one nodal plane is the internuclear axis,and the other is perpendicular to the internuclear axis).Therefore,$ \pi^* 2p_y $ has the maximum number of nodal planes.

Which of the following molecular orbitals has the maximum number of nodal planes?

Similar Questions

In oxygen $(O_2)$ and carbon $(C_2)$ molecules,the bonding is:

The bond order and magnetic behaviour of $O_{2}^{-}$ ion are,respectively:

Given below are two statements:
Statement $(I)$: The correct sequence of bond lengths in the following species is:
$O_2^+ < O_2 < O_2^- < O_2^{2-}$
Statement $(II)$: The correct sequence of number of unpaired electrons in the following species is:
$O_2 > O_2^+ > O_2^- > O_2^{2-}$

The $\sigma _{2s}^*$ molecular orbital has a nodal plane similar to which of the following orbitals?

Which amongst the following is an incorrect statement?

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