Match the species given in Column-$I$ with properties given in Column-$II$.

Column-$I$	Column-$II$
$A$. Diborane	$1$. Used as a flux for soldering metals
$B$. Gallium	$2$. Crystalline form of silica
$C$. Borax	$3$. Banana bonds
$D$. Alumino silicate	$4$. Low melting,high boiling,useful for measuring high temperatures
$E$. Quartz	$5$. Used as catalyst in petrochemical industries

(A-3, B-4, C-1, D-5, E-2) $A-3, B-4, C-1, D-5, E-2$
$(A)$ In $B_2H_6$,each $B$ atom uses $sp^3$ hybrids for bonding. Out of the four $sp^3$ hybrids on each $B$ atom,one is without an electron shown in broken lines. The terminal $B-H$ bonds are normal $2$-centre-$2$-electron bonds but the two bridge bonds are $3$-centre-$2$-electron bonds. The $3$-centre-$2$-electron bridge bonds are also referred to as banana bonds.
$(B)$ Gallium with an unusually low melting point $(303 \ K)$,could exist in a liquid state during summer. Its high boiling point $(2676 \ K)$ makes it a useful material for measuring high temperatures.
$(C)$ Borax is used as a flux for soldering metals,and for heat,scratch,and stain-resistant glazed coating to earthenwares.
$(D)$ Zeolites are aluminosilicates and are widely used as catalysts in petrochemical industries for cracking of hydrocarbons and isomerization,e.g.,$ZSM-5$ (a type of zeolite) is used to convert alcohols directly into gasoline.
$(E)$ Quartz,cristobalite,and tridymite are some of the crystalline forms of silica.