(1)-Classification
of Elements & Periodicity in properties
(2) Structure of atom and Electronic configuration
(3)-Chemical bonding
& Molecular Structures
3.1 Chemical Bonds
3.2 Ionic Bond
3.3 Covalent bond (sigma and pi Bond)
3.4 Coordinate bond
3.5 Valence Bond Theory
3.5 Hybridization
3.6 VSEPR Theory
3.6 MOT
(4)-General Inorganic
Chemistry (G.Ino.C)
3.1 Dipole Moment
3.2 Fajan’s Rule
3.3 Resonance
3.4 D-Orbital resonance
3.5 Bent’s rule of hybridization
3.6 Drago’s rule: No need of hybridization
3.7 Back bond
3.8 Bridge Bond: Multi-centered Bond
3.9 Vander Waal’s force
3.10 Hydrogen Bond
3.11 Metallic Bond
5-Acid-Base Concepts/theories
4.1 Arrhenius Acid–Base concept
4.2 Bronsted Lowery Acid-base concept:
4.3 Lewis Acid-Base concepts:
4.4 The Solvent System (Self or Auto Ionization of Solvent):
4.5 The Lux-Flood Acids-base concepts:
4.6 The Usanovich Acid-base concepts:
6-Oxides (Acid
anhydrides)
5.1 Classification of oxides: (On the Basis of oxygen content):
5.2 Classification of oxides: (On the basis of Acid-Base Interaction):
7-Oxy acids and its Salts
6.1 Oxy acids of Boron:
6.2 Oxy acids of Silicon:
6.3 Oxy acids of Nitrogen:
6.4 Oxy acids of Phosphorous:
6.5 Oxy acids of Sulphur:
6.6 Oxy acids of Chlorine:
(8)-Type of
inorganic reactions
(9)-Hydrolysis
Mechanism
8.1 Hydrolysis of Halides of 13th group:
8.2 Hydrolysis of Halides of 14th group:
8.3 Hydrolysis of Halides of 15th group:
8.4 Hydrolysis of Halides of 16th group:
8.5 Hydrolysis of Interhalogen compounds:
8.6 Hydrolysis of Halides of 18th group:
8.7 Hydrolysis of peroxy acids:
8.8 Hydrolysis of Oxides:
8.9 Hydrolysis of Carbides:
8.10 Hydrolysis of Nitrides:
8.11 Hydrolysis of Hydrides:
8.12 Hydrolysis of phosphides:
8.13 Hydrolysis of sulphides:
8.14 Hydrolysis of Silicides:
8.15 Hydrolysis of Borides:
8.16 Hydrolysis of Phosphides:
(10)-Effect of heat on compounds (acids, bases and Salts)
9.1 Thermal stability of salts
9.2 Thermal Decomposition Reactions
(11)- The
Coordination compounds
(12)- Quantitive Analysis (Salts Analysis):
