The bond in the formation of fluorine molecule will be:

due to

s - s

overlapping

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due to

s - p

overlapping

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due to

p - p

overlapping

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due to

d - d

hybridization

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Solution

The correct option is D due to $p - p$ overlapping
The bond in the formation of $F_{2}$ will be due to $2 p - 2 p$ overlapping.
$σ$ formation is from the two $p -$ orbitals.

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Similar questions

Q. Head-on overlapping of two p-orbitals result in the formation of sigma bond(s).

The strength of bonds formed by 2s - 2s, 2p - 2p and 2p - 2s overlap has the order:

The strength of sigma bonds formed by the axial overlap of $s$ - or $p$ - orbitals of $2^{n d}$ shell of the participating atoms decreases as:

Question 12

If the electronic configuration of an element is $1 s^{2} 2 s^{2} 2 p^{6} 3 s^{2} 3 p^{6} 3 d^{2} 4 s^{2}$ the four electrons involved in chemical bond formation will be

(a) $3 p^{6}$

(b) $3 p^{6}, 4 s^{2}$

(d) $3 d^{2}, 4 s^{2}$

Q. If the correct statement(s) regarding the molecule

P F_{2} C l_{3}

will be:

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The bond in the formation of fluorine molecule will be:

The correct option is D due to p−p overlappingThe bond in the formation of F2 will be due to 2p−2p overlapping.σ formation is from the two p−orbitals.

The correct option is D due to $p - p$ overlapping
The bond in the formation of $F_{2}$ will be due to $2 p - 2 p$ overlapping.
$σ$ formation is from the two $p -$ orbitals.