F N 3 is one of the most explosive and thermally unstable covalent azide known- HN 3- F 2 pressure low F N 3Find the maximum number of atoms in one plane in F N 3

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Standard XII

Chemistry

Pseudohalides

F N 3 is one ...

Question

$F N_{3}$ is one of the most explosive and thermally unstable covalent azide known.
$H N_{3} + F_{2} l o w - ---- \to p r e s s u r e F N_{3}$
Find the maximum number of atoms in one plane in $F N_{3}$ ___

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Solution

Start with the structure and the problem solves itself.

The azine nitrogens are all in a straight line (VSEPR).
Clearly, all 4 atoms could be in a plane!

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F N_{3}

is one of the most explosive and thermally unstable covalent azide known.

H N_{3} + F_{2} l o w - ---- \to p r e s s u r e F N_{3}

Find the maximum number of atoms in one plane in

F N_{3}

___

The oxides of chlorine, bromine and iodine are well known. They have various compositions. The oxides of chlorine are thermally unstable and dangerously explosive. They react with alkali. The bromine oxides are thermally more stable than chlorine oxides. The structure of halogen oxides is explained on the basis of VSEPR theory.

Which oxide of chlorine is colourless?

The structure of $C l_{2} O_{7}$ is $O_{3} C l - O - C l O_{3}$ The Cl - O-Cl bond angle is:

2 B F_{3} (g) + 6 N a H 180^{o} C - --- \to P (g) + Q (s)

Find out maximum number of atom(s) that can lie in a plane of covalent molecule 'P'.

2 B F_{3} (g) + 6 N a H 180^{o} C - --- \to P (g) + Q (s)

Find out maximum number of atom(s) that can lie in a plane of covalent molecule 'P'.

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FN3 is one of the most explosive and thermally unstable covalent azide known. HN3+F2low−−−−−→pressureFN3 Find the maximum number of atoms in one plane in FN3 ___

Start with the structure and the problem solves itself. The azine nitrogens are all in a straight line (VSEPR). Clearly, all 4 atoms could be in a plane!

$F N_{3}$ is one of the most explosive and thermally unstable covalent azide known.
$H N_{3} + F_{2} l o w - ---- \to p r e s s u r e F N_{3}$
Find the maximum number of atoms in one plane in $F N_{3}$ ___

Start with the structure and the problem solves itself.

The azine nitrogens are all in a straight line (VSEPR).
Clearly, all 4 atoms could be in a plane!