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

  • A
    $(A) \sigma^{*} 2s$
  • B
    $(B) \sigma^{*} 2p_{z}$
  • C
    $(C) \pi^{*} 2p_{x}$
  • D
    $(D) \pi^{*} 2p_{y}$

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Similar Questions

The electronic configuration of the $N_2$ molecule in its ground state can be written as: $KK[\sigma 2s^2 \sigma^* 2s^2 \pi 2p_x^2 \pi 2p_y^2 \sigma 2p_z^2]$. What is the bond order of the $N_2$ molecule?

The correct order of bond length is:

The correct order of energy of $\sigma_{2p_z}$,$\pi_{2p_x}$,$\pi_{2p_y}$,$\pi_{2p_x}^*$,$\pi_{2p_y}^*$ and $\sigma_{2p_z}^*$ orbitals in $F_2$ is:

Use molecular orbital theory to explain why the $Be_{2}$ molecule does not exist.

Which one of the following does not exhibit paramagnetism?

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