Valence Bond Theory & Hybridization
Hard
Resonance Energy Calculation
Resonance in X2Y can be represented as
The enthalpy of formation of
is 80 kJ mol–1. The magnitude of resonance energy of X2Y is ________ kJ mol–1 (nearest integer value)
Given : Bond energies of X ≡ X, X = X, Y = Y and X = Y are 940, 410, 500 and 602 kJ mol–1 respectively.
valence X : 3, Y : 2
The enthalpy of formation of
is 80 kJ mol–1. The magnitude of resonance energy of X2Y is ________ kJ mol–1 (nearest integer value)Given : Bond energies of X ≡ X, X = X, Y = Y and X = Y are 940, 410, 500 and 602 kJ mol–1 respectively.
valence X : 3, Y : 2