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BF(3)+HFto...

`BF_(3)+HFto`

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To solve the question regarding the reaction between BF₃ (Boron Trifluoride) and HF (Hydrogen Fluoride), we can follow these steps: ### Step 1: Identify the Reactants The reactants in this reaction are: - BF₃ (Boron Trifluoride) - HF (Hydrogen Fluoride) ### Step 2: Understand the Nature of BF₃ ...
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BF_(3) is.

Which of the followings are Lewis acids: H_(2)O, BF_(3), H^(o+) and NH_(4) ?

Which of the followings are Lewis acids: H_(2)O, BF_(3), H^(o+) and NH_(4) ?

Which is/are true in case of BF_(3) ?

Which of the following compound react with BF_(3) ?

(a) Explain why BF_(3) exists whereas BH_(3) does not. (b) Compare the B-F bond length in BF_(3) and BF_(4)^(-)

(a) Explain why BF_(3) exists whereas BH_(3) does not. (b) Compare the B-F bond length in BF_(3) and BF_(4)^(-)

BF_(3) and NF_(3) both are covalent compounds but NF_(3) is polar whereas BF_(3) is non-polar. This is because :

BF_(3) on hydrolysis forms

The tendency of bF_(3), BCl_(3) and BBr_(3) behave as Lewis acid decreases in the sequnece (a) BCl_(3) gt BF_(3) gt BBr_(3) (b) BBr_(3) gt BCl_(3) gt BF_(3) (c) BBr_(3) gt BF_(3) gt BCl_(3) (d) BF_(3) gt BCl_(3) gt BBr_(3)

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