Consider the following statements:Statement-I | vedclass

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(A) Statement-$I$ is correct because Carbon $(C)$ does not have vacant $d$-orbitals to accommodate the lone pair of electrons from water,whereas Silic

Vedclass · Accepted Answer

Both statement-$I$ and statement-$II$ are correct

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(A) Statement-$I$ is correct because Carbon $(C)$ does not have vacant $d$-orbitals to accommodate the lone pair of electrons from water,whereas Silicon $(Si)$ has vacant $3d$-orbitals to accept the lone pair from water molecules,facilitating hydrolysis.Statement-$II$ is correct because for Germanium $(Ge)$,the $+4$ oxidation state is more stable than the $+2$ oxidation state due to the relatively weaker inert pair effect compared to heavier elements like $Pb$.

Consider the following statements:
Statement-$I$: $CCl_4$ does not undergo hydrolysis,but $SiCl_4$ undergoes hydrolysis.
Statement-$II$: Thermal and chemical stability of $GeX_4$ is more than $GeX_2$.
The correct answer is:

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Consider the following statements:Statement-$I$: $CCl_4$ does not undergo hydrolysis,but $SiCl_4$ undergoes hydrolysis.Statement-$II$: Thermal and chemical stability of $GeX_4$ is more than $GeX_2$.The correct answer is: