Which is not hydrolysed?

{P b C l}_{4}

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{S i C l}_{4}

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{S n C l}_{4}

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{C C l}_{4}

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Solution

The correct option is C ${C C l}_{4}$
Except $C C l_{4}$ other tetrachlorides are easily hydrolysed by water because central atom can accomodate the lone pair of electron from oxygen atom of water whereas $C l$ does not have vacant d-orbitals to accomodate these lone pairs of electrons.

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Similar questions

C C l_{4}

does not show hydrolysis but

S i C l_{4}

is readily hydrolysed because:

Q. The reason

S i C l_{4}

is easily hydrolysed as compared to

C C l_{4}

is that :

C C l_{4}

is inert towards hydrolysis but

S i C l_{4}

is readily hydrolysed because:

Stability order for CCl₄_>SiCl4 >GeCl₄ >SnCl₄ >PbCl_{4 bt we know that carbon have no vacant d-orbital than how it form bond with 4Chlorine stom and bocomes most stable ?}

Q. The main reason that

S i C l_{4}

is easily hydrolysed as compared to

C C l_{4}

is that __________.

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Which is not hydrolysed?

The correct option is C CCl4Except CCl4 other tetrachlorides are easily hydrolysed by water because central atom can accomodate the lone pair of electron from oxygen atom of water whereas Cl does not have vacant d-orbitals to accomodate these lone pairs of electrons.

The correct option is C ${C C l}_{4}$
Except $C C l_{4}$ other tetrachlorides are easily hydrolysed by water because central atom can accomodate the lone pair of electron from oxygen atom of water whereas $C l$ does not have vacant d-orbitals to accomodate these lone pairs of electrons.