`C Cl_(4)` does not show hydrolysis but `SiCl_(4)` is readily hydrolysed because:

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`C Cl_(4)` is inert towards hydrolysis but `SiCl_(4)` is readily hydrolysed because `C Cl_(4)` is inert towards hydrolysis but `SiCl_(4)` is readily hydrolysed because
\( \mathrm{CCl}_{4} \) is inert towards hydrolysis but \( \mathrm{S... \( \mathrm{CCl}_{4} \) is inert towards hydrolysis but \( \mathrm{S...
Why is SiCl_(4) readily hydrolysed but C Cl_(4) is resistant to hydrolysis? | 12 | NTA JEE MOCK... Why is SiCl_(4) readily hydrolysed but C Cl_(4) is resistant to hydrolysis? | 12 | NTA JEE MOCK...
Why is SiCl_(4) readily hydrolysed but C Cl_(4) is resistant to hydrolysis? | 11 | P BLOCK ELEM... Why is SiCl_(4) readily hydrolysed but C Cl_(4) is resistant to hydrolysis? | 11 | P BLOCK ELEM...
Explain why, \( \mathrm{SiCl}_{4} \) can be easily hydrolysed but \( \mathrm{CCl}_{4} \) does no... Explain why, \( \mathrm{SiCl}_{4} \) can be easily hydrolysed but \( \mathrm{CCl}_{4} \) does no...
Why `CCl_4` is resistant to hydrolysis , but `SiCl_4` is readily hudrolgysed ? Why `CCl_4` is resistant to hydrolysis , but `SiCl_4` is readily hudrolgysed ?
(Class-11 P-Block )Q. Why SiCl4 can be hydrolysed easily whereas CCl4 is not? (Class-11 P-Block )Q. Why SiCl4 can be hydrolysed easily whereas CCl4 is not?
Which of the following is not hydrolysed? a. CCl_4 b. SiCl_4 c. GeCl_4 d. SnCl_4 Which of the following is not hydrolysed? a. CCl_4 b. SiCl_4 c. GeCl_4 d. SnCl_4