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Why C Cl4 is resistant to hydrolysis , b...

Why `C Cl_4` is resistant to hydrolysis , but `SiCl_4` is readily hudrolgysed ?

Answer

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Similar Questions

Explore conceptually related problems

Why "CCl"_(4) is resistant to hydrolysis but SiCl_(4) is readily hydrolysed ?

(a) W hat do ou mean by catensation? (b) C Cl_(4) cannot be hydrolysed, but SiCl_(4) can be easily hydrolysed, Why?

Knowledge Check

  • C Cl_(4) is inert towards hydrolysis but SiCl_(4) is readily hydrolysed because

    A
    carbon cannot expand its octet but silicon can expand its octet
    B
    ionisation potential of carbon is higher than silicon
    C
    carbon forms double and triple bonds
    D
    electronegativity of carbon is higher than of silicon

  • C Cl_(4) is inert towards hydrolysis but SiCl_(4) is readily hydrolysed b ecause:

    A
    carbon cannot expand its octet but silicon can expand its octet
    B
    ionisation potential of carbon is higher than silicon
    C
    carbon forms double and triple bonds
    D
    electronegatively of carbon is higher thatn that of silicon.

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

    A
    `IP` of carbon is higher than that of silicon
    B
    electronegativity of carbon is higher than that of silicon
    C
    carbon cannot expand its octate but silicon can expand
    D
    carbon forms doyble and triple bonds but not silicon

    • Similar Questions

    Explore conceptually related problems

    CCl_(4) is stable towards hydrolysis in water whereas SiCl_(4) is easily hydrolysed by water because

    Why is SiCl_(4) readily hydrolysed but C Cl_(4) is resistant to hydrolysis?

    "CC"l_(4) is inert towards hydrolysis but SiCl_(4) is readily hydrolysed because :

    Hydrolysis of SiCl_(4) gives

    Assertion (A) : CCl_4 is inert towares hydrolusis but SiCl_4 is readily hyrolyde . Reason (R) : Carbon cannot expland its octet but silicon can expand its cotet .

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