1. How to get Notes & Guess Papers

01. Atom

02. Molecule

03. Molecular Ion

04. Relative Atomic Mass

05. Mass Spectrometer

06. Stiochiometry.

07. Isotope

08. Combustion Analysis

09. Mole

10. Limiting Reactant

11. yield

12. Numerical # 10

13. Numerical # 11

14. Numerical # 12 & 13

15. Numerical # 14 & 15

16. Numerical # 16 to 22

17. Past Paper Practice

Chapter 1 (Basic Concepts)

01. Filteration

02. Crucibles

03. Crystallization

04. Sublimation

05. Solvent Extraction

06. Chromatography

07. Past papers

Chapter 2 (Experimental Techniques in Chemistry)

01. Gases

02. Boyles Law

03. Dalton Law of Partial Pressure

04. Gas Laws by Kinetic Molecular Theory

05. Kinetic Interpretation of Energy

06. General Principle of Liquification Lind's Method

07. Non Ideal Behavior of Gases

08. Wander Vaal Correction

09 . Absolute zero

Chapter 3 (Gases)

01. Intermolecular Forces

02. Energetics of Phase Change (Part 1)

03. Energetics of Phase Change (Part 2)

04. Evaporation and Vapour Pressure

05. Boiling Point

06. Hydrogen Bonding (Part 1)

07. Hydrogen Bonding (Part 2)

08. Manometric Method

09. Liquid Crystals

10. Solids and Properties (Part 1)

11. Solids and Properties (Part 2)

12. Ionic Solids

13. NaCl Structure

14. Covalent Solids (Diamond Structure)

15. Molecular Solids

16. Metallic Solids

17. Past Papers

Chapter 4 (Liquids and Solids)

01. Cathode Rays

02. Canal Rays

3. Neutrons

4. JJ Thomson Experiment

05. Millikan Oil Drop

06. Rutherford Atomic Model

07. Planks Quantum Theory

8. Bohar Model

9. Radius of nth Oribit

10. Energy of Revolving Electron

11 . hydrogen spectrum

12. Defects of Bohr Model

13. Wave Number and Frequency by Bohr

14. Dual Nature of Matter

15. Heisenberg Principle

16. Quantum Numbers (Part 1)

17. Quantum Numbers (Part 2)

18. Orbital Concept

19. Past Papers

Chapter 5 (Atomic Structure)

1. Energetics of Bond

2. Atomic Radius

3. Ionic & Covalent Radii

4. Ionization Energy & Electron Affinity

5. Electronegativity

6. Ionic Bond

7. Covalent Bond

8. Vsepr Theory

9. Valence Bond Theory

10. Molecular Orbital Theory 1

11. Molecular Orbital Theory 2

12. Coordinate Covalent bond

13. Dipole Moment & Bond Length

14. Past Papers

15. SP Hbridization

Chapter 6 (Chemical Bonding)

1. Thermochemistry

2. First Law of Thermodynamics

3. Glass and Bomb Calorimeter

4. Hesses Law

05. Born Haber Cycle

6. Past Papers

Chapter 7 (Thermochemistry)

1. Chemical Equilibrium (Part 1)

2. Chemical Equilibrium (Part 2)

3. Law of Mass Action

4. Applications of Kc

5. Relation of Kp & Kc

6. Le-Chatelier Principle

7. Common Ion Effect

8. Ionic Product of Water (Kw)

9. Ionization Constant of Acid (Ka)

10. Buffer

11. Buffer Capacity

12. Henderson's Equation

13. Lowry Bronsted Concept

14. Solubility Product

15. Past Papers

Numericals

Chapter 8 (Chemical Equilibrium)

1 . Ideal and non ideal Solution

2. Raults law

3. Energetics of Solution

4. Colligative Properties

5. Depression in Freezing point

6. Elevation in Boiling Point

7. Hydration Energy

8. Lowering of Vapor Pressure

9. Measurement of Freezing Point

10. Rault's law (Both Comp Volatile)

11. Solubility and Solubility curve

Chapter 9 (Solutions)

01. Rules of Oxidation State

2 . Balancing Equation Oxidation Number Method

2 .1 Ion Electron Method (Basic Medium)

2.2 Ion Electron Method (Acidic Medium)

03. Electrolytic Conductivity

04. Electrolytic Cell

05. Electrolysis

06. Industrial Applications of Electrolysis

07. Electrode Potential

08. Standard Electrode Potential (SHE)

09. Electrochemical Series

10. Galvanic Cell

Chapter 10 (Electrochemistry)

01. Order of Reaction

02. Half life Method

03. Energy of Activation

04. Rate of Reaction

05. Rate Determining Step

06. Finding Order of Reaction

07. Arrhenius Equation

Chapter 11 (Reactions Kinetics)