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(B) The nitrogen molecule $(N_2)$ consists of two nitrogen atoms linked by a triple bond $(N \equiv N)$.The bond dissociation energy of this triple bo

Vedclass · Accepted Answer

High dissociation energy

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(B) The nitrogen molecule $(N_2)$ consists of two nitrogen atoms linked by a triple bond $(N \equiv N)$.The bond dissociation energy of this triple bond is extremely high $(941.4 \ kJ \ mol^{-1})$.Due to this exceptionally high bond dissociation energy,$N_2$ is chemically inert under standard conditions.Therefore,the correct option is $B$.

Compound	Nature
$i$. $PbO_2$	$a$. Acidic
$ii$. $Sb_2O_3$	$b$. Basic
$iii$. $GeO_2$	$c$. Amphoteric

Inertness of $N_2$ gas is due to

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Match the following:

Compound Nature

$i$. $PbO_2$ $a$. Acidic

$ii$. $Sb_2O_3$ $b$. Basic

$iii$. $GeO_2$ $c$. Amphoteric

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