Chapter 1 – Solid State

• 1. Crystalline and amorphous solids
• 2. Crystal lattice and unit cells, NUMBER OF ATOMS IN UNIT CELL
• close packed structures and voids (octahedral voids and tetrahedral voids)
• Radius ratio , packing efficiency in simple cubic , BCC and FCC
• Calculation of density and numericals
• Imperfection in solids (defects)
• Electrical and magnetic properties of solids
• important ncert numericals

Chapter 2 – Solutions

• SOLUTION : CONCENTRATION TERMS WITH NUMERICALS Demo
• SOLUTION : SOLUBILITY OF SOLID AND GAS IN LIQUID (HENRY'S LAW)
• RAOULT'S LAW : POSITIVE AND NEGATIVE DEVIATION Demo
• RAOULT'S LAW : Ideal solution
• COLLIGATIVE PROPERTY: Lowering of vapour pressure
• Elevation in boiling point Demo
• Depression in freezing point
• OSMOSIS AND OSMOTIC PRESSURE
• Abnormal molar mass, Vant Hoff factor,and degree of dissociation
• Degree of dissociation and numericals
• Degree of association and numericals Demo Degree of association and numericals Demo

Chapter 3 – Electrochemistry

• Introduction: Electrochemical cell: Daniel cell working
• Opposing potential and electrode potential
• Cell potential and standard hydrogen electrode: construction and working
• Electrochemical series and its application
• Nernst equation and numericals
• Relation between cell potential , Equillibrium constant & Gibbs free energy
• conductance, Resistance , conductivity and resistivity
• Measurment of conductivity, molar conductivity and cell constant
• Variation of conductivity and molar conductivity with concentration(dilution)
• Kohlrausch's law and its applications with numericals
• Electrolysis and product of electrolysis
• Faraday's law with numericals
• Commercial batteries
• Corrosion , electrochemical principle behind rusting, & its prevention

Chapter 4 – Chemical Kinetics

• Rate of chemical reaction
• Rate law, Rate constant & molecularity of reaction
• Order of reaction : Integrated rate equation & half life ( zero order reaction)
• First order reaction: Integrated rate equation and half life
• Pseudo first order reaction and numericals

Chapter 5 – Surface Chemistry

• Untitled Lecture

Chapter 6 – General Principles and Processes Of Isolation Of Elements

Chapter 7 – P – Block Elements

Chapter 8 – D and F Block Elements

Chapter 9 – Coordination Compounds

Chapter 10 – Haloalkanes and Haloarenes

• Classification and nomenclature
• Preparation of haloalkane using alcohol
• Preparation of haloalkane using hydrocarbon and halogen exchange method
• Untitled Lecture

Chapter 11 – Alcohols, Phenols and Ethers

Chapter 12 – Aldehydes, Ketones and Carboxylic Acids

Chapter 13 – Organic Compounds Containing Nitrogen

Chapter 14 – Biomolecules

Chapter 15 – Polymers

Chapter 16 – Chemistry In Everyday Life