Theory & Study Material

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Stiochiometry (Mole Concept)	Periodic Properties	General Organic Chemistry
Atomic Structure	Chemical Bonding	Isomerism
State of Matter (Gaseous State)	Hydrogen	Hydrocarbon
Chemical Equilibrium	s-Block Elements	Alkyl & Aryl Halides
Ionic Equilibrium	Boron Family (Gr 13)	Alcohols & Ethers
Chemical Thermodynamics	Carbon Family (Gr 14)	Phenols
Chemical Kinetics	Nitrogen Family (Gr 15)	Carbonyl Compounds
Surface Chemistry	Oxygen Family (Gr 16)	Carboxylic Acids & Their Derivatives
Electrochemistry	Halogen Family (Gr 17) & Noble Gasses (Gr 18)	Amines and Nitro Compounds
Solid State	Metallurgical Operations	Biomolecules
Liquid Solutions	d – Block Elements	Polymer
Redox Reaction	Co-ordination Compounds	Chemistry in Every Day life
Nuclear Chemistry	Qualitative Analysis	Practical Organic Chemistry & Environmental Chemistry

Atomic Structure

• Sub-atomic particles; Thomson and Rutherford atomic models and their limitations;
• Nature of electromagnetic radiation, photoelectric effect; Spectrum of hydrogen atom,
• Bohr model of hydrogen atom , limitations of Bohr’s model;
• Dual nature of matter, de-Broglie’s relationship, Heisenberg uncertainty principle,
• Elementary ideas of quantum mechanics, quantum mechanical model of atom,
• quantum numbers  and their significance; shapes of s, p and d – orbitals,
• electronic configuration of elements

Surface Chemistry

• Adsorption
• Catalysis 
• Colloidal Solution

Electrochemistry

• Electrolysis
• Molar Conductivity
• Kohlrausch’s Law
• Electrochemical Cells
• Nernst Equation
• Corrosion

Redox Reaction

• Reduction and oxidation
• Balancing of Redox-Reaction

Thermochemistry

• First law of thermodynamics
• Entropy & Second law of thermodynamics
• Thermochemistry & Hess Law

Nuclear Chemistry

• Stability of Nuclceus
• Radioactivity and its kinetics
• Nuclear reactionsand its applications

Chemical Equilibrium

• Equilibrium general characterstics
• Reaction quotient Kc Kp
• Le-Chateliers Principle

Gaseous State

• Ideal gas Law
• Partial Pressure & diffusion
• Kinetic theory of gasses
• Vander Waal gas equation
• Liquification of the gas

Liquid Solution

• Methods of Expressing Concentration
• Solubility_Henry_s law
• Raoult_s law
• ideal-non ideal Solution
• Elevation in Boiling Point
• Osmotic Pressure
• Von’t Hoff factor

Solid State

• Crystalline Solids_Bravaise Lattice
• Packing in Crystals
• Calculation of Packing Fractions
• Structure of crystalline Solids
• Bragg_s law
• Defects in crystalline solids
• Magnetic and Electrical Properties of solids

Ionic equilibrium

• Ostwald dilution law , Ka Kb
• Acid _ base concepts
• Ionic Product of water pH Scale
• Buffer Solutions
• Salt hydrolysis
• Common ion effect
• Solubility product
• Indicator theory

Chemical Kinetics

• Rate of reaction
• Order of the reaction _ rate constant
• Calculationof the order
• Factors affecting rate of the reaction
• Theories of Reaction rate
• How to propose mechanism using rate law
• Photochemical reactions
• Study of fast reactions

Carbon Family

• Carbon Family
• Physical properties of carbon family
• Chemical properties of carbon family
• Silicon and its compounds

d and f block

• d block elements general properties
• potassium dichromate
• Potassium Permanganate
• Copper and its Compounds
• Iron and its Compounds
• Silver and its Compounds
• Murcury and its Compounds
• Tin and lead
• Gold and its Compounds
• Zinc and its Compounds
• Lanthanides
• Actinides

Nitrogen Family

• Nitrogen Family introduction
• Physical properties
• Anomalous behaviour of Nitrogen
• Nitrogen and its compounds
• Hydrides of nitrogen
• Oxides of nitrogen
• Phosphorus and its compounds
• Compounds of phosphorus

Boron Family

• Boron Family
• Physical properties
• Chemical properties
• Anomalous Behaviour of Boron
• Boron and its compounds
• Aluminium and its compounds

Coordination Compounds

• General terms of coordination compounds
• IUPAC Nomenclature of complex compounds
• Isomerism in coordination compounds
• Werner theory
• Valence Bond theory of coordination compounds
• Stability of coordination compounds
• Preparation and Application of coordination compounds
• Organometallic compounds

Qualitative analysis

• Dry Tests
• Wet Tests – ANALYSIS OF ACID RADICALS
• Acid radicals – Category 1
• Acid Radicals – Analysis of Category 2
• Acid radicals- Analysis of Category 3
• Soda extracts preparation
• ANALYSIS OF BASIC RADICALS introduction
• Analysis of Zero & first Group
• Analysis of Group 2
• Analysis of group 3
• Analysis of Group 4
• Analysis of group 5
• Analysis of group 6

s-Block Elements

• Introduction and Physical Properties
• Chemical Properties
• Li Diagonal Relationship With Mg
• Extraction of Sodium (Na)
• Sodium Oxide
• Sodium Carbonate
• Potassium (K)
• Chemical Properties of Alkaline Earth Metals
• Magnesium (Mg)
• Calcium (Ca)
• Calcium Oxide (CaO)
• Calcium Hydroxide (Slaked lime)
• Calcium Carbonates

Hydrogen

• Introduction
• Water and Heavy Water
• Hydrides
• Hydrogen Peroxide – (H₂O₂)