Chemistry MDCAT Lectures
1.01- Fundamental Concepts Of Chemistry- Atomic Mass, Empirical Formula, Molecular Formula
1.02- Fundamental Concepts of Chemistry- concept of mole, calculations related to moles
1.03- Fundamental Concepts of Chemistry- Stoichiometry
2.01- Atomic Structure - Discovery and properties of positive rays, Concept of orbitals
2.02- Atomic Structure- Electronic configuration, Quantum numbers, Shapes of orbital’s
3.01- Gases-Properties of gas, Boyle’s law, Charle’s law
3.02- Gases-General gas equation
3.03- Gases- KMT of gases
4.01- Liquid- Properties & Intermolecular forces
4.02- Liquid-Hydrogen bonding
4.03- Liquid- Vapour pressure, Boiling point
5.01- Solid-Types of solid, Crystal lattice
5.02- Solid- Ionic solid, Molecular solid
6.01- Chemical Equilibrium- Reversible and irreversible reactions, Chemical equilibrium, Equilibrium constant expression
6.02- Chemical Equilibrium-Applications of equilibrium constant, Le-Chatelier’s principle
6.03- Chemical Equilibrium-Common ion effect, Buffer Solution
6.04- Solubility Product, Equilibrium Of Slightly Soluble Ionic Compounds
7.01- Chemical Kinetics- Rate Of Reactions, Factors Affecting On Rate Of Reaction
7.02- Chemical Kinetics- Order of reactions, units of rate constant
7.03- Chemical Kinetics-Activation energy, Activated complex
8.01- Thermochemistry & Energetics of Chemical reactions-System, surrounding, state functions, First Law of Thermodynamic
8.02- Thermochemistry & Energetics of Chemical reactions-Endothermic, Exothermic, Heat of reaction, Enthalpy
8.03- Thermochemistry & Energetics of Chemical reactions- Heat Capacity, Hess’s Law, Enthalpy of reaction
9.01- Electrochemistry -Oxidation, Reduction, Oxidation no, Oxidizing agent, Reducing agent
9.02- Electrochemistry- Balancing of redox equations, Electrochemical cell, Electrolysis,
9.03- Electrode Potential, She, Balancing Of Redox Equations.
9.04- Electrode Potential, She, Balancing Of Redox Equations.
10.01- Chemical Bonding- Atomic Size, Ionic Radius.
10.02- Chemical Bonding-Ionization Energy, Electronegativity
10.03- Chemical Bond, Ionic Bond, Covalent Bond, Co-Ordinate Covalent Bond.
10.04- Chemical Bonding-Hybridization, Bond Energy, Bond length, Ionic characteristics of covalent compounds
10.05- Chemical Bonding-VSEPR Theory
11.01- S & P Blocks Elements-Electronic Configuration, Periodic Trends
11.02- S & P Blocks Element-Chemical Properties Of S-Block Elements
12.01- Transition Element- General Characteristic 1
12.02- Transition Elements-General Characteristic 2
13.01- Fundamental Concepts Of Organic Chemistry-Classification Of Organic Compound
13.02- Fundamental Concepts of Organic Chemistry-Isomerism 1
13.03- Fundamental Concepts of Organic Chemistry-Isomerism 2
14.01- Chemistry of Hydrocarbon-Halogenation of Methane
14.02- Chemistry of Hydrocarbon-Chemistry of Ethene
14.03-Chemistry of Hydrocarbon-Chemistry of Ethyne
14.04-Chemistry of Hydrocarbon-Chemistry of Benzene
15.01-Alkyl Halide-Classification of Alkyl halide
15.02-Alkyl Halide-SN1 & SN2
15.03-Alkyl Halide-E1 & E2
16.01- Alcohol & Phenol-Alcohol
16.02- Alcohol & Phenol- Phenol
17.01- Aldehyde And Ketone
18.01- Carboxylic Acid
19.01- Macro-Molecules-Protein and Enzyme
20.01- Industrial Chemistry- Adhesive
20.02- Industrial Chemistry- Dyes
20.03- Industrial Chemistry- Polymers
11.03- S & P Blocks Elements- Chemical Properties Of IVA Group
2.03- Atomic Structure- Planck's Quantum Theory
2.04- Atomic Structure- Hydrogen Spectrum
10.06- Chemical Bonding- Dipole Moment