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SF(4) undergoes hydrolysis but SF(6) doe...

`SF_(4)` undergoes hydrolysis but `SF_(6)` does not-why?

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TeF_(6) undergoes hydrolysis readly whereas SF_(6) does not why ?

Give reasons for the following observations : Why SF_(4) undergoes hydrolysis but not SF_(6) ? Or SF_(6) is inert towards hydroysis. SF_(6) is much less reactive than SF_(4) . Or (i) SF_(4) is easily hydrolysed whereas SF_(6) is not easily hydrolysed. (ii) Sulpher exhibits greater tendency for calenation than selenium. (iii) Sulpher has a higher tendency for catenation than oxygen.

Give reasons for the following observations : Why SF_(4) undergoes hydrolysis but not SF_(6) ? Or SF_(6) is inert towards hydroysis. SF_(6) is much less reactive than SF_(4) . Or (i) SF_(4) is easily hydrolysed whereas SF_(6) is not easily hydrolysed. (ii) Sulpher exhibits greater tendency for calenation than selenium. (iii) Sulpher has a higher tendency for catenation than oxygen.

Which out of SF_(6) and TeF_(6) will undergo hydrolysis at a faster rate and why?

Assertion:- SF_(6) cannot be hydrolysed but SF_(4) can be. Reason:- Six F atoms in SF_(6) prevent the attack of H_(2)O on sulphur atom of SF_(6)

Assertion:- SF_(6) cannot be hydrolysed but SF_(4) can be. Reason:- Six F atoms in SF_(6) prevent the attack of H_(2)O on sulphur atom of SF_(6)

SF_(6) is known but SC_(6) is not. Why?