E-School For 12th Medical Class

Lecture 1 : Flower- a fascinating organ of angiosperm ; Flowers – Parts of flower And Function ; The pistil, megasporangium (ovule) and embryo sac

Lecture 2 : Pollination ; Types and Agents of pollination ; Outbreedings devices and pollen-Pistil interaction

Lecture 3 : Artificial hybridisation ; Double fertilization ; Post fertilization events-Development of endosperm and embryo

Lecture 4 : Seed & Fruit Formation ; Apomixis and polyembryony

Lecture 5: Revison

Chapter-3 Human Reproduction

Lecture 1 : The male reproductive system ; The female reproductive system ; Gametogenesis

Lecture 2 : Menstrual cycle ; Fertilization and implantation ; Pregnancy and embryogenic development, parturition and lactation

Lecture 3: Revison

Chapter-4 Reproductive Health

Lecture 1 : Reproductive Health Strategies of India ; Population Explosion And Birth Control

Lecture 2 : Infertility and its Treatment ; MTP and STDs

Lecture 3: Revison

Lession :UNIT-VII GENETICS AND EVOLUTION

Chapter-5 Principles of Inheritance and Variation

Lecture 1 : Mendel’s law of inheritence ; Monohybrid Cross – Inheritance Of One Gene ; Law of dominance and segregation

Lecture 2 : Incomplete dominance ; Co-Dominance ; Inheritence of two genes

Lecture 3 : Law of independent assortment ; Chromosomal theory of inheritence ; Linkage and recombination ; Sex determination in humans & other organisms

Lecture 4 : Law of independent assortment ; Chromosomal theory of inheritence ; Linkage and recombination ; Sex determination in humans & other organisms

Lecture 5 : Mutation ; Genetic disorder: pedigree analysis ; Mendelian disorder ; Chromosomal Disorders

Lecture 6: Revison

Subject :Chemistry

Lession :Chemistry Part-1 for 12th

Chapter -1 The Solid State

Lecture 1 : General characteristics of solid state: Amorphous and crystalline solids ; Classification of crystalline solids: Molecular and ionic solids ; Crystalline Solids: Metallic and Covalent Solids

Lecture 2 : Crystal lattices and unit cell ; Number of atoms in a unit cell ; Packing In Solids: One And Two Dimensions

Lecture 3 : Close packing in three dimensions ; Deriving Formula Of A Compound ; Packing efficiency

Lecture 4 : Calculation involving unit cell dimension density of unit cell ; Imperfections in solids ; Electrical properties

Lecture 5 : Band theory of metals ; Magnetic properties

Lecture 6: Revison

Chapter-2 Solutions

Lecture 1 : Types of solutions ; Expressing concentration of solutions ; Solubility of solid in liquid

Lecture 2 : Solubility of a gas in liquid & Henry’s Law ; Raoult’s law ; Colligative properties and determination of molar mass: relative lowering of vapour pressure

Lecture 3: Elevation of boiling point ; Depression of freezing point ; Osmosis and Osmotic pressure

Lecture 4: Reverse osmosis and water purification ; Abnormal molar mass: Van’t Hoff factor

Lecture 5: Revison

Chapter-3 Electrochemistry

Lecture 1: Electrochemical cells ; Galvanic cells ; Measurement of electrode potential ; Nernst Equation

Lecture 2: Derivation of Equilibrium Constant from Nernst Equation And Relation With Gibbs Energy ; Conductance of Electrolytic Solutions ; Measurement of conductivity of ionic solutions ; Variation of conductivity and molar conductivity with concentration

Lecture 3: Kohlrausch law ; Electrolytic cell and electrolysis ; Products of electrolysis ; Batteries

Lecture 4: Fuel cell ; Corrosion

Lecture 5: Revison

Chapter-4 Chemical Kinetics

Lecture 1: Rate of chemical reaction ; Factors influencing rate of reaction ; Rate expression and rate constant

Lecture 2: Order and molecularity of reaction ; Integrated rate equations ; Half life of a reaction

Lecture 3: Pseudo first order reaction ; Temperature dependence of rate of reaction ; Effect Of Catalyst On Rate Of Reaction And Collision Theory ; The Collision Theory & Arrhenious equation

Lecture 4: Revison

Chapter-5 Surface Chemistry

Lecture 1: Adsorption And Absorption ; Types of adsorption ; Adsorption isotherms and application of adsorption

Lecture 6: Revison

Lecture 4: Preparation of colloids ; Purification of colloidal solution ; Properties of colloidal solution

Lecture 5: Coagulation & Protection of Colloidal Solutions ; Emulsions ; Colloids around us

Lecture 2: Catalysis ; Types of Catalysts ; Adsorption theory of heterogeneous catalyst

Lecture 3: Enzyme catalysis ; Colloids and classification of colloids ; Colloids Classification based on Types of Particles used in Dispersed Phase

Subject :Physics

Lession :Physics Part 1 for 12th

CHAPTER - 1 ELECTRIC CHARGES AND FIELDS

Lecture 1 : Electric charge: conservation ; Conductors and Insulators ; Charging by induction

Lecture 2 : Basic principle of electric charge ; Coulomb’s law ; Forces between multiple charges

Lecture 3 : Electric field ; Electric field lines ; Electric flux

Lecture 4 : Electric dipole ; Dipole in a uniform external field ; Continuous charge distribution

Lecture 5 : Gauss’s law Application of Gauss’s law

Lecture 6: Revison

CHAPTER -2 ELECTROSTATIC POTENTIAL AND CAPACITANCE

Lecture 1 : Electrostatic Potential ; Potential due to an electric dipole ; Equipotential Surfaces

Lecture 2 : Potential energy of system of charges ; Electrostatics of Conductor ; Dielectrics and Polarisation

Lecture 3 : Capacitors and Capacitance ; Parallel Plate Capacitor ; Effect of dielectric on capacitance

Lecture 4 : Combination of Capacitors ; Energy stored in a capacitor ; Van De Graaff’s generator

Lecture 5: Revison

CHAPTER -3 CURRENT ELECTRICITY

Lecture 1 : Electric current ; Electric current in conductor ; Ohm’s law and its limitations

Lecture 2 : Drift velocity And Mobility : Electric Current ; Resisitivity of various materials ; Temperature dependence of resistivity

Lecture 3 : Electric energy, power ; Combination of resistors ; Cells, EMF, internal resistance

Lecture 4 : Cells in series and parallel ; Kirchoff’s rule ; Wheatstone & Meter Bridge Principle ; Potentiometer and its Principle of Working

Lecture 5: Revison

CHAPTER -4 MOVING CHARGES AND MAGNETISM

Lecture 1 : Magnetic Force ; Motion in a Magnetic Field ; Motion in Combined Magnetic and Electric Field

Lecture 2 : Biot Savart’s law, Magnetic field on the axis of circular current loop ; Ampere’s Circuital Law ; The Solenoid and Toroid

Lecture 3 : The Magnetic Dipole Moment of Revolving Electron ; The Moving Coil Galvanometer

Lecture 4 : The Magnetic Dipole Moment of Revolving Electron ; The Moving Coil Galvanometer

Lecture 6: Revison

CHAPTER -5 MAGNETISM AND MATTER

Lecture 1 : The Bar Magnet: Magnetic Field Line, Bar Magnet as Solenoid ; The Dipole in a Uniform Magnetic Field and the Electrostatic Analog ; Magnetism and Gauss’s law ; The Earth’s Magnetism

Lecture 2 : Magnetisation and Magnetic Intensity ; Magnetic Properties of Material- Paramagnetism ; Dia and Ferro – Magnetic Substances ; Permanent Magnets and Electromagnets

Lecture 3: Revison

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