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Why fluorine never acts as the centreal ...

Why fluorine never acts as the centreal atom in polyatomic interhalogen compounds?

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To answer the question of why fluorine never acts as the central atom in polyatomic interhalogen compounds, we can break down the explanation into several key points: ### Step-by-Step Solution: 1. **Definition of Interhalogen Compounds**: Interhalogen compounds are binary compounds formed by the combination of two different halogens. They can be represented in different structural types such as AX, AX3, AX5, and AX7, where 'A' is the central atom and 'X' is the other halogen. 2. **Characteristics of the Central Atom**: ...
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How would you account for the following : (i) The electron gain enthalpy with negative sign is less for oxygen than that for sulphur. (ii) Phosphorus shows greater tandency for catenation than nitrogen. (iii) Fluorine never acts as the central atom in polyatomic interhalogen compounds.

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Write a note on bonding and structures of interhalogen compounds.

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Why does ether act as a nucleophile ?

Halogens react with each other to form a number of compounds called interalogen compounds. Their genral formula is AX_(n) , where A is less electronegative halogen while X is a more electronegative halogen and n is its number. The interhalogen compounds are essentially convalent and more reactive than the halogens since the bond A-X is weaker than A-A or X-X bond. The reaction of interhalogens are similar to those of halogens. Which halogen shows maximum oxidation state in forming interhalogen compound ?

Fluorine provides the largest variety of interhalogen compounds among halogens, why?