BF3 does not hydrolyse- Why-

BF3 nbsp;is itself an electron deficient compound but due to the strong electronegativity nbsp;fluorine and smaller size of boron atom the nbsp;B F bonds ...

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Standard XII

Chemistry

Reaction with Metals

BF3 does not ...

Question

BF₃ does not hydrolyse. Why?

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Solution

BF₃is itself an electron deficient compound but due to the strong electronegativity fluorine and smaller size of boron atom the B-F bonds become much stronger so that it can not get hydrolyzed but it forms an adduct with water as[ BF₃<-OH₂]

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Similar questions

B F_{3}

Hydrolyses to give:

Q. Which of the following halides does not hydrolyse at room temperature ?

B F_{3}

does not obey octet rule.

Q. Back bonding in

{B F}_{3}

does not affect :

C C l_{4}

does not show hydrolysis but

S i C l_{4}

is readily hydrolysed because:

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BF3 does not hydrolyse. Why?

BF3 is itself an electron deficient compound but due to the strong electronegativity fluorine and smaller size of boron atom the B-F bonds become much stronger so that it can not get hydrolyzed but it forms an adduct with water as[ BF3<-OH2]

BF₃ does not hydrolyse. Why?

BF₃is itself an electron deficient compound but due to the strong electronegativity fluorine and smaller size of boron atom the B-F bonds become much stronger so that it can not get hydrolyzed but it forms an adduct with water as[ BF₃<-OH₂]