The bond in the formation of fluorine molecul | vedclass

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(C) The atomic number of fluorine $(F)$ is $9$. Its electronic configuration is $1s^2 2s^2 2p_x^2 2p_y^2 2p_z^1$. In the formation of a fluorine molec

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Due to $p - p$ overlapping

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(C) The atomic number of fluorine $(F)$ is $9$. Its electronic configuration is $1s^2 2s^2 2p_x^2 2p_y^2 2p_z^1$. In the formation of a fluorine molecule $(F_2)$,the half-filled $2p_z$ orbital of one fluorine atom overlaps with the half-filled $2p_z$ orbital of another fluorine atom. This is an example of $p - p$ overlapping along the internuclear axis,resulting in the formation of a sigma bond.

The bond in the formation of fluorine molecule will be

Similar Questions

Which of the following orbital combinations form a sigma $(\sigma)$ bond? $1s-1s, 2s-2s, 1s-2s, 2p_x-2p_x, 2p_y-2p_y, 2p_z-2p_z$.

The strongest bond is formed when atomic orbitals undergo:

Which of the following orbital overlaps leads to bonding?

Which among the following represents zero overlap?

Which orbitals on overlapping will form $\sigma$ and $\pi$ bond in $C=C$ of alkene? Explain.

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