Application OF EN || Prediction OF Bond Strength || Percentage Ionic Character in Bond || Prediction OF Nature OF Oxide (Acidic / Basic / Neutral) || Prediction OF Nautre OF A-O-H Type OF Compound

Application OF EN || Nomenclature OF Compound || Nature OF Covalent Bond || Bond Length || Bond Strength || Metallic and non-metallic Characters || Nature OF A-O-H type OF Compound || % Ionic Character in Bond (Hanny - Smith Equation) || Nature OF Oxide (Acidic,Basic,Neutral)

Dipole Moment || Geometrical Isomerism || Derivatives OF Benzene || Application OF Dipole Moment || Percentage Ionic Character || Prediction OF Geometry || Prediction OF Geometrical Isomerism

VSEPR Theory || Prediction OF Bond Angle when compound shows Resonance || Different cases OF Hybridisation || Hybridisation OF Important Compounds

The valuse of EN of atoms A and B are 1.80 and 4.0 respectively The percentage of ionic character of A-B bond is .

Predict whether the solution of following salts will be acidic , basic or neutral .Justify your answer . KCl

Arrange the following bonds in order of increasing ionic character giving reason. N-H, F-H, C-H and O-H

The observed dipole moment of HI is 0.38D. Calculate the percentage ionic character of the H-I bond distance is 1.61Å .

Types OF Solvent - Polar-non Polar || Hydration and HE || Application OF HE-Size || Ionic Mobility || Conductivity || Lattice Energy || Solubility OF Ionic Compound || Born-Haber Cycle || Hydrides-metallic and non-metallic || Composition OF Acidic Strength