The main reason that SiCl_{4} is easily hydro | vedclass

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(D) The main reason that $SiCl_{4}$ is easily hydrolysed compared to $CCl_{4}$ is that silicon $(Si)$ has vacant $3d$-orbitals, which allow it to exte

Vedclass · Accepted Answer

$Si$ can extend its coordination number beyond four

Vedclass · Answer

(D) The main reason that $SiCl_{4}$ is easily hydrolysed compared to $CCl_{4}$ is that silicon $(Si)$ has vacant $3d$-orbitals, which allow it to extend its coordination number beyond four.Water molecules can coordinate with the vacant $d$-orbitals of the $Si$ atom in $SiCl_{4}$, facilitating the hydrolysis process.In contrast, carbon $(C)$ lacks $d$-orbitals and cannot expand its coordination number beyond four, making $CCl_{4}$ resistant to hydrolysis by water.

The main reason that $SiCl_{4}$ is easily hydrolysed as compared to $CCl_{4}$ is that

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