Question

The relationship between the dissociation energy of N₂ and
N₂⁺ is :
(a) Dissociation energy of N₂⁺ > dissociation energy of
N₂
(b) Dissociation energy of N₂ = dissociation energy of
N₂⁺
(c) Dissociation energy of N₂ > dissociation energy of
N₂⁺
(d) Dissociation energy of N₂ can either be lower or higher
than the dissociation energy of N₂⁺

Answer 1

Dissociation energy of N₂ > dissociation energy of N₂⁺.

Explanation:

• Dissociation energy of a diatomic molecule is dependent on the bond strength between the atoms.

• The bond strength between the atoms depend on the bond order between the atoms.

• In case of nitrogen, there is 6 electrons in the bonding orbitals.

• So the bond order is 3.

• In case of N₂⁺, there is 5 electron in the bonding orbital.

• So, the bond order is 2.5.

• So, the bond between the atoms of N₂⁺ is weaker than that of N₂.

• So the bond dissociation energy of N₂ is more than that of N₂⁺.

For more information about dissociation energy,

https://brainly.in/question/13421468

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Answer 2

Explanation:

The relationship between the dissociation energy of N₂ and

N₂⁺ is :

(a) Dissociation energy of N₂⁺ > dissociation energy of

N₂

(b) Dissociation energy of N₂ = dissociation energy of

N₂⁺

(c) Dissociation energy of N₂ > dissociation energy of✔️

N₂⁺

(d) Dissociation energy of N₂ can either be lower or higher

than the dissociation energy of N₂⁺