In which of the following silicates,only two | vedclass

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(D) $I$. Pyro silicates: ($1$ corner $O$ atom per tetrahedron is shared).$II$. Cyclic silicates: ($2$ corners per tetrahedron are shared).$III$. Doubl

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$II$ and $IV$ only

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(D) $I$. Pyro silicates: ($1$ corner $O$ atom per tetrahedron is shared).$II$. Cyclic silicates: ($2$ corners per tetrahedron are shared).$III$. Double chain silicates: (Some units share $2$ corners,others share $3$ corners).$IV$. Single chain silicates: ($2$ corners per tetrahedron are shared).$V$. $3D$ silicates: ($4$ corners per tetrahedron are shared).$VI$. Sheet silicates: ($3$ corners per tetrahedron are shared).Therefore,in both cyclic silicates $(II)$ and single chain silicates $(IV)$,only $2$ corners per tetrahedron are shared.

In which of the following silicates,only two corners per tetrahedron are shared?
$I$. Pyro silicate
$II$. Cyclic silicate
$III$. Double chain silicate
$IV$. Single chain silicate
$V$. $3D$ silicate
$VI$. Sheet silicate

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In which of the following silicates,only two corners per tetrahedron are shared?$I$. Pyro silicate$II$. Cyclic silicate$III$. Double chain silicate$IV$. Single chain silicate$V$. $3D$ silicate$VI$. Sheet silicate