Match the interhalogen compounds of Column-I | vedclass

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(A) $A-iii$: $XX'$ has linear geometry as only two atoms are present.$B-i$: $XX'_3$ has $T$-shaped geometry as $3$ bond pairs and $2$ lone pairs of el

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$A-iii, B-i, C-iv, D-ii$

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(A) $A-iii$: $XX'$ has linear geometry as only two atoms are present.$B-i$: $XX'_3$ has $T$-shaped geometry as $3$ bond pairs and $2$ lone pairs of electrons are present. The electron pair geometry is trigonal bipyramidal.$C-iv$: $XX'_5$ has square-pyramidal geometry as $5$ bond pairs and $1$ lone pair of electrons are present. The electron pair geometry is octahedral.$D-ii$: $XX'_7$ has pentagonal bipyramidal geometry as $7$ bond pairs and $0$ lone pairs of electrons are present.

Column $I$	Column $II$
$A$. $XX'$	$i$. $T$-shape
$B$. $XX'_3$	$ii$. Pentagonal bipyramidal
$C$. $XX'_5$	$iii$. Linear
$D$. $XX'_7$	$iv$. Square pyramidal
	$v$. Tetrahedral

Match the interhalogen compounds of Column-$I$ with the geometry in Column-$II$ and assign the correct code.

Column $I$ Column $II$

$A$. $XX'$ $i$. $T$-shape

$B$. $XX'_3$ $ii$. Pentagonal bipyramidal

$C$. $XX'_5$ $iii$. Linear

$D$. $XX'_7$ $iv$. Square pyramidal

$v$. Tetrahedral

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Match the interhalogen compounds of Column-$I$ with the geometry in Column-$II$ and assign the correct code. Column $I$ Column $II$ $A$. $XX'$ $i$. $T$-shape $B$. $XX'_3$ $ii$. Pentagonal bipyramidal $C$. $XX'_5$ $iii$. Linear $D$. $XX'_7$ $iv$. Square pyramidal $v$. Tetrahedral