11 Chemistry by Maktab
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- 11 Chemistry by Maktab
Curriculum
- 11 Sections
- 184 Lessons
- 10 Weeks
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- 1.01 Basic Concepts13
- 1.02 Experimental Techniques in Chemistry6
- 1.03 Gases12
- 1.04 Liquids and Solids13
- 1.05 Atomic Structure25
- 6.0Introduction
- 6.1Discovery of Electron
- 6.2Discovery of Proton
- 6.3Discovery of Neutron
- 6.4Determination of e/m of Electron
- 6.5Millikan Oil Drop Method
- 6.6Rutherford Atomic Model
- 6.7Planck’s Quantum Theory
- 6.8Bohr’s Atomic Model (1)
- 6.9Bohr’s Atomic Model (2)
- 6.10Spectrum
- 6.11Hydrogen Spectrum
- 6.12Problems in Bohr’s Atomic Model
- 6.13X-Rays
- 6.14Dual Nature of Matter
- 6.15Experimental Verification of Dual Nature
- 6.16Heisenberg’s Uncertainity Principle
- 6.17Concept of Orbitals
- 6.18Quantum Numbers
- 6.19Principal Quantum Number
- 6.20Azimuthal Quantum Number
- 6.21Magnetic Quantum Number
- 6.22Spin Quantum Number
- 6.23Shapes of Orbitals
- 6.24Electronic Distribution
- 1.06 Chemical Bonding30
- 7.0Introduction
- 7.1Causes of Chemical Bonding
- 7.2Energetics of Bond Formation
- 7.3Atomic Sizes
- 7.4Ionic Radii
- 7.5Covalent Radii
- 7.6Ionization Energy
- 7.7Higher Ionization Energy
- 7.8Electron Affinity
- 7.9Electronegativity
- 7.10Ionic Bond
- 7.11Covalent Bond
- 7.12Coordinate Covalent Bond
- 7.13Limitations of Lewis Model
- 7.14Valence-Shell Electron-Pair Repulsion Theory (1)
- 7.15Valence-Shell Electron-Pair Repulsion Theory (2)
- 7.16Valence Bond Theory
- 7.17Atomic Orbital Hybridization
- 7.18SP3 Hybridization
- 7.19SP2 Hybridization
- 7.20SP Hybridization
- 7.21Molecular Orbital Theory
- 7.22Energies of Molecular Orbitals
- 7.23Molecular Orbital Structures
- 7.24Bond Energy
- 7.25Ionic Character and Bond Energy
- 7.26Bond Length
- 7.27Dipole Moment
- 7.28Dipole Moment and Molecular Structure
- 7.29Effect of Bonding
- 1.07 Thermochemistry13
- 8.0Introduction (1)
- 8.1Introduction (2)
- 8.2Spontaneous and Non-Spontaneous Reactions
- 8.3System Surrounding and State Function
- 8.4Internal Energy
- 8.5First Law of Thermodynamics
- 8.6Enthalpy
- 8.7Different Enthalpies (1)
- 8.8Different Enthalpies (2)
- 8.9Glass Calorimeter
- 8.10Bomb Calorimeter
- 8.11Hess’s Law of Heat Summation
- 8.12Born Haber Cycle
- 1.08 Chemical Equilibrium23
- 9.0Introduction
- 9.1Reversible and Irreversible Reactions
- 9.2Chemical Equilibrium
- 9.3Law of Mass Action
- 9.4Units of Equilibrium Constant
- 9.5Equilibrium Constant of Some Chemical Reactions
- 9.6Relation Between Equilibrium Constants
- 9.7Applications of Equilibrium Constants (1)
- 9.8Applications of Equilibrium Constants (2)
- 9.9Le Chatlier’s Principle (1)
- 9.10Le Chatlier’s Principle (2)
- 9.11Le Chatlier’s Principle (3)
- 9.12Industrial Applications of Chemical Equilibrium
- 9.13Ionic Product of Water
- 9.14Ionization Constant of Acids
- 9.15Ionization Constant of Bases
- 9.16Lowry-Bronsted Concept of Acids and Bases
- 9.17Common Ion Effect
- 9.18Buffer Solutions
- 9.19pH of Buffer Solutions
- 9.20Buffer Capacity
- 9.21Solubility Product
- 9.22Applications of Solubility Product
- 1.09 Solutions16
- 10.0Introduction
- 10.1Concept of Solution
- 10.2Molarity and Molality
- 10.3Mole Fraction and PPM
- 10.4Interconversion of Concentration Units
- 10.5Types of Solution 1
- 10.6Types of Solution 2
- 10.7Raoult’s Law
- 10.8Raoult’s Law with Volatile Components
- 10.9Vapor Pressure of Ideal Solutions
- 10.10Vapor Pressure of Non-Ideal Solutions
- 10.11Solubility and Solubility Curve
- 10.12Colligative Properties
- 10.13Lowering of Vapor Pressure
- 10.14Elevation of Boiling Point
- 10.15Measurement of Boiling Point Elevation
- 1.10 Electrochemistry14
- 11.0Redox Reactions and Oxidation Number
- 11.1Balancing of Redox Equations by Oxidation Number Method (1)
- 11.2Balancing of Redox Equations by Oxidation Number Method (2)
- 11.3Ion Electron Method in an Acidic Medium
- 11.4Ion Electron Method in an Basic Medium
- 11.5Fundamentals of Electrolytic Conduction
- 11.6Electrolytic Cell
- 11.7Electrolysis of Fused Salts and Aqueous Solutions
- 11.8Electrolytic Processes of Industrial Importance
- 11.9Galvanic vs Electrolyti Cell
- 11.10Salt Bridge and Reversible Cell Functionality
- 11.11Electrode Potential
- 11.12Standard Hydrogen Electrode (SHE)
- 11.13Measurement of Electrode Potential
- 1.11 Reaction Kinetics19
- 12.0Introduction to Reaction Kinetics
- 12.1Rate of Reaction
- 12.2Instantaneous and Average Rate
- 12.3Specific Rate Constant
- 12.4Order of Reaction
- 12.5Rate Determining Step
- 12.6Method if Initial Rates
- 12.7Physical Methods for Rates of Reactions
- 12.8Chemical Method for Rate of Reaction
- 12.9Half Life Period
- 12.10Determining Order Using Half Life Method
- 12.11Activation Energy and Reaction Dynamics
- 12.12Potential Energy Diagram for Reaction Mechanism
- 12.13Effect of Nature and Concentration of Reactants on Reaction Rates
- 12.14Effect of Surface Area and Light Reaction Rate
- 12.15Effect of Temperature and Arrhenius Equation
- 12.16More on Arrhenius Equation
- 12.17Catalysis (1)
- 12.18Catalysis (2)
Method if Initial Rates
This video lecture from Reaction Kinetics (F.Sc. first year Chemistry) covers the method of initial rates which helps to determine the order of reaction with respect to individual reactants which then helps to determine the rate law. In this method, one of the reactant’s concentration is altered while keeping the other one constant to know how it effects the rate. The method has been demonstrated using multiple examples. Find more e-learning material and educational video lectures in Urdu at maktab.pk. These videos are free to use for promotional and commercial purpose by keeping the credits to Maktab