In a AX_2L_n compound,if X is a bond pair and | vedclass

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(D) For $AX_2L_n$ type molecules:$1$. If $n=0$,the geometry is linear $(180^{\circ})$,non-polar.$2$. If $n=1$,the geometry is bent/$V$-shaped,polar.$3

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$n=1$,it is a planar as well as a non-polar compound

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(D) For $AX_2L_n$ type molecules:$1$. If $n=0$,the geometry is linear $(180^{\circ})$,non-polar.$2$. If $n=1$,the geometry is bent/$V$-shaped,polar.$3$. If $n=2$,the geometry is bent/$V$-shaped,polar.$4$. If $n=3$,the geometry is linear $(180^{\circ})$,non-polar.Option $D$ is incorrect because for $n=1$,the molecule is bent and polar,not non-polar.

In a $AX_2L_n$ compound,if $X$ is a bond pair and $n$ is the number of lone pairs of electrons,which of the following options is incorrect?

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