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Gear up for NEET 2026 with our expert-led course!
Instructor: Kaushalya Academy
Language: English + Hindi
Validity Period: Lifetime
Description:
Prepare strategically for NEET 2026 with this 2-year comprehensive online course designed exclusively for Class 11th students. This program provides structured learning, expert mentorship, and complete access to high-quality resources, ensuring consistent support and guidance till the exam day in 2026.
Whether you’re just beginning your journey or looking to build a solid foundation early, this course equips you with everything needed to crack NEET confidently.
Key Highlights:
What You Will Learn
Enhanced Learning: Build strong conceptual understanding across all NEET-relevant topics and sharpen your analytical and problem-solving abilities.
Practice Tests: Boost your speed and accuracy with subject-wise practice tests, topic-level quizzes, and timed mock exams.
Personalised Support: Receive continuous mentorship, doubt-clearing sessions, and performance tracking to improve steadily over two academic years.
| Physics | |||
| Chapter 1 Basic Maths | |||
| - Differentiation & Integration | Preview | ||
| - Algebra | Preview | ||
| - Quadratic Equation | Preview | ||
| Chapter 2 Vector | |||
| - Introduction | |||
| - Vector Addition | |||
| - Resolution of Vector & Dot Product Class 3 | |||
| Cross Product Class | |||
| Chapter 3 Kinematics | |||
| - Position of particle | |||
| - Average Speed & Velocity | |||
| - Instantaneous Velocity | |||
| - Motion in Straight line | |||
| - Motion under gravity 1 | |||
| - Motion under gravity 2 | |||
| Projectile Motion | |||
| - Relative Motion | |||
| - Relative Motion in 2d | |||
| - River Boat Problem | |||
| - Question Kinematic part 1 | |||
| - Question Kinematic part 2 | |||
| Chapter 4 N.L.M | |||
| - Inertia and types of forces | |||
| - Linear momentum and FBD | |||
| - Concept of Pulley | |||
| - Constrained motion | |||
| - Inertial and non inertial frames & pseudo force | |||
| Chapter 5 Friction | |||
| - Introduction and misconceptions in frictions | |||
| - Practice problem on friction | |||
| - Angle of friction and angle of repose | |||
| - Friction on inclined plane | |||
| - Advanced practice problems | |||
| Chapter 6 Circular Motion | |||
| - Introduction | |||
| - Acceleration in Circular Motion | |||
| - Centrifugal Force | |||
| - Problem Related to Centrifugal Force | |||
| Chapter 7 Work, Energy and Power | |||
| - Introduction to mechanical work | |||
| - Special cases in workdone | |||
| Workdone on inclined plane and workdone by variable force | |||
| - Introduction to Energy and potential energy | |||
| Workdone by spring force and elastic potential energy | |||
| Kinetic Energy | |||
| Work- Energy- Theorem | |||
| - Stable and unstable equilibrium | |||
| Vertical circular motion-1 | |||
| Vertical circular motion-2 | |||
| Questions | |||
| Chapter 8 System of Particles | |||
| Introduction to center of mass of discrete particles | |||
| Center of mass of continous bodies | |||
| Conservation of linear momentum & Impact Between two Bodies | |||
| Coefficient of restitution | |||
| Oblique and central impact | |||
| Rotational Motion and its types | |||
| Direction of Angular Motion Quantities & IAR | |||
| Moment of Inertia | |||
| Moment of Inertia of Rigid Bodies Part 01 | |||
| Moment of Inertia of Rigid Bodies Part 02 | |||
| Theorem of parallel axes | |||
| Theorem of perpendicular axes | |||
| Cavity Problems & Torque | |||
| Torque about Axis & Body is in Equilibrium | |||
| Relation Between Torque and Angular Acceleration & Angular Momentum | |||
| Angular Impulse | |||
| Combined Translational & Rotational Motion of a Rigid Body | |||
| Chapter 9 Gravitation | |||
| Newtons law of gravitation | |||
| Gravitational force & Gravitational Field | |||
| Variation in Acceleration due Gravity | |||
| Gravitational Potential & Gravitational Potential | |||
| Escape Velocity & Kepler's Laws | |||
| Satellite Motion, Bound and unbound trajectories | |||
| Chapter 10 Mechanical Properties of Solid | |||
| Introduction and Stress and Strain Part | |||
| Hook's Law and Young's Modulus | |||
| Sheer Modulus and Bulk Modulus | |||
| Poison's Ratio and Elastic Potential Energy | |||
| Chapter 11 Mechanical Properties of Fluid | |||
| Introduction, Pressure and Pascals Law | |||
| Pressure Variation with Depth | |||
| Mercury Barometer, Manometer, and Archimedes Principle | |||
| Equation of Continuity and Bernoullis Theorem | |||
| Speed of Efflux and Venturi Meter | |||
| Viscosity and Stokes' Law | |||
| Surface Tension and Surface Energy, Drop and Bubble case | |||
| Chapter 12 Heat Transfer | |||
| Heat & temperature, Scale, Conduction, Thermal Coductivity, Terms related to Thermal | |||
| Law of Heat Transfer through Conduction, Thermal Resistance, Comparison of heat | |||
| Thermal Expansion | |||
| Calorimetry Part 01 | |||
| Calorimetry Part 02 | |||
| Thermodynamics Part 01 | |||
| Thermodynamics Part 02 | |||
| Radiation | |||
| Radiation Questions | |||
| Chapter 13 Kinetic Theory of Gases | |||
| 7 Types of Assumption in KTG, Some Definitions, Avogadro's Number, Molar Volume and | |||
| Maxwell's Law of Molecular velocity distribution, calculation of pressure of gas, Concept of | |||
| Gas Law, Mean free path, Questions & Solution | |||
| Chapter 14 Oscillations | |||
| Introduction and SHM | |||
| SHM and UCM | |||
| Energy in SHM | |||
| Simple Pendulum and Damped SHM | |||
| Chapter 15 Waves | |||
| Introduction and Displacement of wave | |||
| Speed of waves in string and speed of sound wave | |||
| Standing waves in normal modes | |||
| Doppler effects | |||
| Chapter 16 Electrostatics | |||
| Electric field and electric field intensity | |||
| Coloumb's Law | |||
| Equilibrium of charge particles | |||
| Electric field due to circular arc and electric lines of force | |||
| Electric Flux & Gauss Law | |||
| Flux calculation using Gauss Law | |||
| Electric field due to solid non- conducting & Electric Dipolev | |||
| Dielectric in electric field , Electrostatic potential & Interaction Energy | |||
| Electric potential due to the charged ring & Equipotential surface | |||
| Dipole Placed in uniform electric field & electric potential due to dipole | |||
| Electrostatic Pressure | |||
| Some Important Results | |||
| Chapter 17 Capacitance | |||
| Concept of Capacitance | |||
| Condenser or capacitor, common Potential | |||
| Parallel Plate Capacitor | |||
| Cylinderical Capacitor | |||
| Effect of Dielectric & Polarisation | |||
| Golden Key Point, charging & discharging of a capacitor | |||
| Chapter 18 Current Electricity | |||
| Electric current & Drift Velocity | |||
| Relation between electric current & drift velocity | |||
| Resistance & combination of resistors | |||
| Kirchhoff's Law | |||
| Cell & Electro Motive Force | |||
| Internal Resistance & Combination of cells | |||
| Galvanometer , Shunt & Wheat Stone Bridge | |||
| Potentiometer Wire, Circuits of potentiometer | |||
| Difference between potentiometer & voltmeter | |||
| Chapter 19 Magnetic effect of current | |||
| The magnetic field & Bio- savart law | |||
| Magnetic Field at an axial position of a circular coil | |||
| Solenoid & Axis of a short Solenoid | |||
| Ampere's Law and its application | |||
| Force on a charged particle in a magnetic field | |||
| Motion of charged particle in combined electric and magnetic field & cyclotron | |||
| Force between two long straight parallel current carrying conductors | |||
| Chapter 20 Magnetism and Matters | |||
| Bar Magnet and Dipole Magnet | |||
| Earth's Magnetism and Magnetic Properties of Materials | |||
| Chapter 21 Electromagnetic Induction | |||
| Magnetic Flux & Lenz's Law | |||
| Types of EMI | |||
| Mutual Induction | |||
| Chapter 22 Alternating Current | |||
| AC current and voltage, AC voltage applied to resister | |||
| AC voltage applied to Inductor | |||
| AC voltage applied to Capacitor | |||
| Series LCR circuit | |||
| Resonance, sharpness of resonance | |||
| LC oscillations and transforms | |||
| Chapter 23 EM Waves | |||
| EM Waves, Momentum, Energy and EM Spectrum | |||
| Chapter 24 Geometrical Optics | |||
| Properties of Light, Ray, Ray Optics, Beam of Light, Reflection, Angle of Relection, Glancing | |||
| Image of an extended linear object, Properties of image of an extended object, formed by a | |||
| Deviation by plane mirror, field of view | |||
| Introduction to Sperical mirror, Principle Focus, Rules for Images Formation | |||
| Sign Convention, Magnification, Cutting of Mirrors | |||
| Field of View, Combination of Mirror, Refraction of Light, Laws of Refraction | |||
| Plane Refraction, Refraction through a Glass Slab | |||
| Lateral Shift, TIR, Prism | |||
| Graph Between, Minimum Deviation, Deviation through a Prism | |||
| Dispersion of Light, Dispersive Power, Dispersion without Deviation & Deviation without | |||
| Refraction from a spherical Surface, Transverse Magnification | |||
| Refraction through thin lens, Lens maker formula, Focus, Rules of Image Formation | |||
| Image formation, Velocity of the Image, Combination of Lens, Cutting of Lens, Power of Lens, | |||
| Chapter 25 Wave Optics | |||
| Huygens Principle and Refraction | |||
| Reflection and Interferance | |||
| Young's Double Slit Experiment | |||
| Diffraction and Optical Instruments | |||
| Polarisation | |||
| Chapter 26 Modern Physics | |||
| Dual Nature of Radiation(Photoelectric Effect), Threshold Frequency And Threshold Work | |||
| Laws & Einstein Equation of Photoelectric Effect, Numericals | |||
| Explaning about Evaculated quartz tube, Photo Current, Intensity of Light, Stopping Potential | |||
| Graphs & Question | |||
| Question & Solution | |||
| Defination of an atom, Theory, Daltons's atomic model and its failure, Thomson's atomic | |||
| Rutherford's Atomic Model, Application of Rutherford's Model - Applications & Stable orbitals | |||
| Question, Calculation for Velocity of an electron & Emission of energy, Spectral series of | |||
| Result based on total Energy equation, Draw backs in Bohr atomic model, Some important | |||
| (5) Pfund Series, General points for spectral lines in every spectral series, Questions & | |||
| Introduction, Mass Defect, Nuclear Binding Energy | |||
| Nuclear Fission, Chain Reaction and its Types, Nuclear Fission, Radioactivity | |||
| Laws of Radioactive Disintegration, Activity (A or R) | |||
| Questions & Solution | |||
| Chapter 27 Semiconductor | |||
| Classification, Intrinsic, and extrinsic and n-type, p-type semiconductor | |||
| P-n junction, Diode and Rectifier | |||
| Zener Diode, Optoelectronic Devices and logic gates | |||
| Chapter 28 Unit, measurement & Dimensions | |||
| Unit, Measurement & Dimensions | |||
| Chemistry | |||
| Chapter 1 Basic concepts of chemistry | |||
| Introduction, basics, laws of chemical combination | Preview | ||
| Laws of chemical combination 2, numerical questions | Preview | ||
| Mole concepts basics, avagadro's number | Preview | ||
| Calculation of moles, questions based on mole concepts | |||
| Equivalent weight, calculation of n factors methods of determination of equivalent weight | |||
| Solution stoichiometry, mass %age, volume %age, question based | |||
| Limiting reagents, chemical reaction, calculation of limiting reagents | |||
| Chapter 2 Solution | |||
| Introduction to solution,solute,solvent, types | |||
| Solubilities, factors affecting solubilities and their effect | |||
| Pressure effect and temperature effect of solubility on solution | |||
| Henry's law concept, numerical questions based on it | |||
| Raults law concept, numerical questions based on it and chemical equations | |||
| Colligative properties, relative lowering of vapour pressure, numerical, formulas | |||
| Elevation in boiling point, concept, formula and questions based on it. | |||
| Depression in freezing point, osmosis, reverse osmosis, osmotic pressure | |||
| Hoff factors, numerical questions based on | |||
| Chapter 3 Atomic structure | |||
| Atomic structure, introduction, basics, atomic numbers mass | |||
| Atomic structure some important terms, isotopes, isobars | |||
| EM waves & plank's constant, values used in plank's constant, numerical s practice | |||
| Bohr's atomic model, properties radius, velocity | |||
| Bohr's energy calculation, energy difference, energies of different shells | |||
| Hydrogen spectrum, formula, energy levels | |||
| Wave mechanical model of atom, Einstein's equation relation | |||
| Quantum Number, types of quantum Number, rules | |||
| Quantum Number 2, numerical questions, method of determination | |||
| Rules of filling electrons, Pauli, hunds, afbau principle | |||
| Chapter 4 Redox | |||
| Introduction, old/new oxidation, reductions concept | |||
| Daniel cell, Galvanic cell, cell representation, redox concept | |||
| Types of redox, combination, displacement, decomposition reaction | |||
| Types of balancing, oxidation number method, ionic balancing method | |||
| Chapter 5 Electrochemistry | |||
| Electrochemistry introduction, basics ,cell types, electrolytic and electrochemical cell | |||
| Electrochemistry factors / kohlrausch law | |||
| Electrochemistry Galvanic cell, salt bridge, function of salt bridge | |||
| Electrode potential, electrode potential depends, reduction potential | |||
| Nernst equation, nernst based numerical calculation of emf standard electrode potential | |||
| Faraday's law of electolysis, numerical practice on Faradays law | |||
| Chapter 6 Chemical equilibrium | |||
| Chemical equilibrium introduction, characteristics of physical equilibrium | |||
| Relationship between KP and KC, numerical questions | |||
| Chemical equilibrium types, concept of equilibrium | |||
| Active mass, law of mass action, equilibrium constant | |||
| Factors not affecting equilibrium, factors affecting equilibrium reaction quotient | |||
| Degree of dissociation, le charteliers principles thermodynamics of equilibrium, numerical | |||
| Chapter 7 lonic equilibrium | |||
| Introduction to ionic equilibrium, conductor, types of ionic conductor electrolytes, acid base | |||
| Acid base Lewis concept, limitations, classification of acid base (pending reshoot) | |||
| Degree of dissociation of water, acidity and pH scale | |||
| PH calculation of different types of solutions | |||
| PH of mixture of weak acid and strong acid solution, numerical questions based on the topic | |||
| Buffer solution, types, different types of hydrolysis | |||
| Salt, classification of salt, numerical on salt | |||
| Chapter 8 Chemical kinetics | |||
| Introduction of chemical kinetics, types of reaction, rate ,speed units of reaction | |||
| Rate of chemical reaction, graphical representation rate problems | |||
| Factors influencing the rate of chemical reaction rate law, law of mass action, elementary and | |||
| Order of reaction, molecularity of the reaction difference between order and molecularity | |||
| Rate constants and it's characteristics units of rate constants for different orders | |||
| Methods of determination of order of reaction half life of the reaction, pseudo order of the | |||
| Factors affecting rate of chemical reaction Arrhenius equation catalyst | |||
| Collision theory, effective collision potential energy barrier | |||
| Chapter 9 States of matter | |||
| Introduction to States of matter, types of matter, conditions for states of matter, | |||
| lon dipole interaction, factors affecting ion dipole, dispersion forces London forces non polar | |||
| Gas laws ,types of gases law, Boyle's law, numericals graphical representation of Boyle's law | |||
| Charles law, numerical on Charles law graphical representation of law, | |||
| Gay lussac law, numericals, avagadros law, ideal gas equation ,gas constants | |||
| Daltons law of partial pressure derivation, numerical problems | |||
| Diffusion effusion, graham's law, KTG | |||
| Deviation from ideal gas behaviour, numericals, boyle's tempreture | |||
| Vander walls, equation ,pressure correction, real gas | |||
| Volume correction of vander wall's equation, different types of diffusion | |||
| Chapter 10 Surface chemistry | |||
| Introduction, adsorption theory, difference, types of adsorption ,factors | |||
| Freundlich adsorption ,application of adsorption ,catalysis | |||
| Types of catalysis, homogeneous ,heterogeneous ,shape selective catalyst | |||
| Colloids, classification of colloids, multimolucular, macromolecular, micelles | |||
| Mechanism of micelles formation, preparation of colloids, dialysis ,electro dialysis | |||
| Properties of colloidal solution, tyndal effect, condition for tyndall effect | |||
| Electrophoresis, coagulation, hardy schulze rule, gold number | |||
| Chapter 11 Thermodynamics | |||
| Introduction to the basic of thermodynamics, system, surrounding | |||
| Types of system and chemical reaction | |||
| Thermodynamics process, thermodynamics formulas for different processes | |||
| Enthalpy of hydration, atomisation, standard enthalpy of reaction | |||
| Second law of thermodynamics, basic concepts and questions | |||
| Application of 2nd law of thermodynamics,3rd law of thermodynamics | |||
| Chapter 12 Metallurgy | |||
| Introduction to metallurgy, ore, minerals | |||
| Method of separation, hydrometallurgy, froath floatation method, | |||
| Concentration, benefaction of ores | |||
| Conversion of oxides and purification by calcination and roasting | |||
| Corrosion, rusting, sacrificial metals and alloys | |||
| Chapter 13 Solid state | |||
| Matter, Characteristics of Solid, Classification of Solid | |||
| Properties of Crystalline Solid, Isotropy, Question Solving | |||
| Amorphous Solid, Crystalline Solid, Molecular Solids, Question Solving | |||
| lonic Solid, Porperties of lonic Solid, Metalic Solid, Question Solving, Covalent or Net work | |||
| Unit Cell & Crystal Lattice, Types of Unit Cell, Primitive Cell, Simple Cubic Cell | |||
| Body Centered Cubic Unit Cell, Face Centered Cubic Unit Cell, Question Solving, Simple Cubic | |||
| Face Centered Cubic Cell, Packing in Solids in One & Two Dimensional, Three Dimensional | |||
| Packing in Solids in Three Dimensional Part-II, Locating Tetrahedral Voids, Octahedral void | |||
| Packing of lonic Solids, Radius Ratio Rule, Crystallisation, Types of Defects, Valancy Defect | |||
| Non stoichiometric defect, Question Solving | |||
| Electrical Properties-> Metal, Non-Metal, Metalloids, Valence Band Conduction Band | |||
| Electrical Properties-> Conductor, Insulator, Semiconductor, Important Points Regarding p- | |||
| Question Solving & Applications | |||
| Chapter 14 Periodic table | |||
| Genesis of Periodic Table | |||
| Modern Periodic Table | |||
| Chapter 15 Chemical bonding | |||
| Introduction. Weak Bond, Strong Bond, Atom, Molecule, Chemical Bond, Why an atoms | |||
| Theories on the Formation of Molecules, Types of Chemical Bonds, Octet Rule, Lewis | |||
| Covalent Bond, Sharing of Electron, Single Bond, Double Bond & Trible Bond, Question Solving | |||
| Carbonate ion, Nitrite ion, lonic Bond, lonic Bond formation, Lattice Enthalpy, Properties of | |||
| Factors on which the formation of lonic Bond Depend, Fajan's Rule and Charge of ionic | |||
| Bond Parameters, Bond Length, Bond Angle, Bond Enthalpy, Bond Order, Question Solving | |||
| Chapter 16 Chemical Periodicity | |||
| Atomic Radii and lonic Radil | |||
| lonisation Energy | |||
| Electron Affinity & Electronegativity | |||
| Application of Electronegativity | |||
| Chapter 17 Hydrogen | |||
| Positon, isotopes, preparation, physical properties, chemical properties, uses | |||
| Hydrides, types, water, heavy water, hydrogen peroxide | |||
| Chapter 18 S block | |||
| Physical Properties of s-block Element | |||
| Chemical properties of s-block elements | |||
| Chemical properties of s-block elements, compounds of s-block elements | |||
| Compounds of s-block elements | |||
| Compounds of s-block elements, some important points to remember | |||
| Chapter 19 D & F block | |||
| D block element: General Introduction | |||
| D block element: Ores & Characteristics | |||
| D block element: lonization Potential, Oxidation state & Atomic radius | |||
| D block element: Standard Electrode Potential, Chemical Reactivity, Magnetic Properties | |||
| D block element: Alloy Formation & Important Compounds | |||
| D block element: Potassium Permanganate, f block element: Introduction, General | |||
| Oxidation State, Colour Property, Lanthanoid Contraction & Uses of Lanthanoids | |||
| Chemical Reactions of Lanthanoids & Actinoids | |||
| Chapter 20 P block | |||
| Important Concept, Back bonding, Dimerisation, Polymerisation | |||
| Inert pair Effect, Oxy Acid | |||
| Hydrolysis | |||
| Allotropes, Silicates, Silicones, Bleaching agents and Dehydrating agents | |||
| General Introduction, Physical Properties of Boron Family | |||
| Chemical Properties of Boron Family | |||
| Carbon Family, Compounds of Carbon Family | |||
| Nitrogen Family, Compounds of Nitrogen Family Part - 1 | |||
| Nitrogen Family, Compounds of Nitrogen Family Part - 2 | |||
| Oxygen Family, Compounds of Oxygen Family | |||
| Zero Family, Compounds of Oxygen Family | |||
| Halogen Family, Compounds of Halogen Family, Inter-halogen compound | |||
| Chapter 21 Goc | |||
| Introduction of Organic Chemistry, Tetravalence of carbon, Structural representations | |||
| Classification of Organic Compounds, Homologous Series, Nomenclature, IUPAC | |||
| Functional group nomenclature | |||
| Isomerism, Structural Isomerism, Stereoisomerism, Different Structure of Organic | |||
| Stereoisomers and its types, Optical - Sensitive Towards Light, Optical Activity | |||
| Introduction of Geometric Isomerism, Confirmational Isomers, Tautomers | |||
| Inductive Effect, Resonance | |||
| Resonance, Mesomeric Effect, Hyperconjugation, Electromeric Effect | |||
| Comparison of inductive, Hyperconjugation & Resonance Effect, Carbocation, Carbanions, | |||
| Chapter 22 Hydrocarbon | |||
| Introduction and Classification of Hydrocarbon, Alkanes | |||
| Preparation of Alkanes | |||
| Physical & Chemical Properties of Alkenes | |||
| Alkynes - Preparation, Physical & Chemical Properties | |||
| Chapter 23 Haloalkanes and haloarens | |||
| Introuction of Organic Compound & Types of Organic Compound | |||
| General Characterstics, Classification, sp, sp2, sp3 - hybridisation, difference between sp2 | |||
| IUPAC Nomenclature & structure | |||
| Nature & Structure of functional group & Methods of Preparation from alcohols | |||
| Methods of Preparation from hydrocarbon | |||
| Methods of Preparation from halogen exchange | |||
| Properties of Haloalkanes & Haloarenes | |||
| Reaction of Haloalkanes & Haloarenes, Nucleophilic subsitution | |||
| Reaction of Haloalkanes & Haloarenes | |||
| Polyhalogen Compounds & Uses of Haloalkanes & Haloarenes | |||
| Chapter 24 Alcohol, phenols and esters | |||
| Alcohol Phenol & Ether: General Characterics, Classification | |||
| Structure of Functional Group, Nomenclature | |||
| Uses & Preperation of Alcohols | |||
| Physical & Chemical Properties of Alcohol | |||
| Phenol Classification & Preparation | |||
| Chemical Properties of Phenol | |||
| Ether General Charactertics & Classification & Nomenclature | |||
| Ether, Isomerism & Preparation Methods | |||
| Ether Nomenclature & Physical Properties | |||
| Preparation of Ether & Chemical Properties of Ether & Electrophilic substitution reaction of | |||
| Chapter 25 Aldehyde, ketone and carboxylic acid | |||
| Aldehyde & Ketone - General Introduction, Synopsis, Nomenclature & Structure of Functional | |||
| Preparation of Aldehyde & Ketone | |||
| Physical & Chemical Properties of Aldehyde & Ketone and there uses | |||
| Reduction, Oxidation, Other reaction, Uses of Aldehydes and Ketones | |||
| Carboxylic Acid - General Introduction, Structure of Functional Group, Nomenclature & | |||
| Physical & Chemical Properties of Carboxylic Acid and there uses | |||
| Chapter 26 Amines | |||
| Amines: General Characterics, Classification, Nomenclature | |||
| Amines: Structure of Functional Group & Methods of Preparation | |||
| Phyical Properties & Basicity of Amines | |||
| Amines Chemical Property | |||
| Amines: Electrophilic Substitution Reaction | |||
| Preparation and Properties of Diazonium salt | |||
| Chapter 27 Coordination compounds | |||
| Chemical Bonds, Heamoglobin, Werners Theory, Important Terms used in Co-ordination | |||
| Central atom/ion, Ligands, Neutral Ligand, Monodental Negative Ligand, Ambidentate Ligand, | |||
| Nomenclature, Co-ordination - Polyhedron, Number, Isomerism of Co-ordination Compound | |||
| Complex having Coordination no.-4,6, Optical Isomerism, Stereoisomers, Questions Solving | |||
| Valance Bond Theory & Limitations of Valance Bond Theory, Question Solving | |||
| Crystal Field Theory(CFT), Significance of Delta - 0, Question Solving | |||
| Effect of CFSE, Magnetic Properties of Co-ordination Compound, Tetrahedral, Question | |||
| Splitting of D-orbital, Stability of Co-ordination Compound, Nature of Bonding in Metal | |||
| Important Application of Coordination Compound, Question Solving | |||
| Chapter 28 Biomolecules | |||
| Introduction, types, carbohydrates, classification, examples | |||
| Amino acids, structure, classification, proteins, structure, classification | |||
| Vitamins, lipids, enzymes, nucleic acids, hormones | |||
| Chapter 29 Polymer | |||
| Polymer, Macromolecule, Classification of Polymer, Natural Polymer, Artifical Polymer | |||
| Condensation polymers, Based on heat treatment, Thermosetting polymers, Polythene, Low | |||
| Preparation of Polythene using free radical Mechanism, Polyamides, Nylon, Nylon-6(Perlon-L) | |||
| Terylene & Melamine, Polyesters, Bakelite | |||
| Synthetic Rubber, Molecular Mass of Polymers, Poly Dispersity Index & Biodegradable | |||
| Chapter 30 Environment | |||
| Introduction of Environmental Chemistry, Environmental Pollution and its Types | |||
| Types of Particulates, Smog, Acid Rain, Green House Effect & Global Warming | |||
| Water Pollution and its Types, Eutrophication, Dissolved Oxygen, Management of Waste | |||
| Chapter 31 Chemistry in everyday life | |||
| Drugs, classification, drug target interaction, enzymes and receptor as drug targets | |||
| Chemicals in food, food preservatives, antioxidants, cleansing agents | |||
| Classes of drugs, antacid, antihistamines, analgesics, antimicrobials, antibiotics | |||
| Biology | |||
| Chapter 1 The Living World | |||
| Characteristics of Living beings | Preview | ||
| Biodiversity - Taxonomy and Systematics | Preview | ||
| Taxonomical Hierarchy and Taxonomical Aids | Preview | ||
| Chapter 2 Biological Classification | |||
| Introduction, history, kingdom, monera | Preview | ||
| Kingdom monera, protista, protozoan | Preview | ||
| Kingdom fungi, reproduction, phycomycetes, ascomycetes, basidiomycetes, deuteromycetes | |||
| Plantae, reproduction, cryptogams, thallophyta, chlorophycae, volvocales | |||
| Kingdom animalia, porifera, coelentrata, plathyneminthes, annelida | |||
| Chordata, protochordata, vertebrata, pisces, amphibia, reptilia, mammalia virus | |||
| Virus, viroids, prions, lichens, alternation of generation | |||
| Chapter 3 Plant Kingdom | |||
| Introduction, Classification system, Algae Rodophyta, Pheophyta | Preview | ||
| Pteridophyta, Gymnosperms and Angiosperms | |||
| Chapter 4 Animal Kingdom | |||
| Protozoa and Basis of Classification | |||
| Phylum Porifera | |||
| Phylum Coelentrata and Ctenophora | |||
| Phylum Platyhelmenthis and Phylum Aschelmenthis | |||
| Phylum Annelida and Phylum Arthropoda | |||
| Phylum Mollusca and Phylum Echinodermata | |||
| Phylum Hemichordata and Phylum Chordata - Class Cyclostomata | |||
| Sub phylum Vertebrata - Class Aves and Mammals | |||
| Sub phylum Vertebrata - Class Pisces, Amphibians and Reptilia | |||
| Chapter 5 Morphology of flowering Plants | |||
| Introduction, Roots & Type of Roots | |||
| Adventitious root and their modifications | |||
| Stem and their modifications, leaf and their modifications, types of leaves | |||
| Phyllotaxy inflorescence, flower parts | |||
| Aestivation,placentation, fruits and its types | |||
| Types of fruits, seeds, structure of monocotyledonous seed, floral formula and floral diagram | |||
| Chapter 6 Anatomy of flowering Plants | |||
| Introduction, tissue | |||
| Simple and complex permanent tissue (reshoot) | |||
| Plant tissue system- dicot root | |||
| Anatomy of monocot root, DICOT AND MONOCOT STEM | |||
| Anatomy of leaf and secondary growth in dicot | |||
| Secondary growth in dicots, heart wood sap wood | |||
| Chapter 7 Structural Organisation in Animals | |||
| Introduction | |||
| COCKROACH HEAD THORAX ABDOMEN | |||
| Respiratory system in cockroaches | |||
| NERVOUS SYSTEM IN COCKROACH, EXCRETARY,CIRCULATORY | |||
| Reproductive system in cockroach | |||
| Frog morphology introduction | |||
| Digestive system of frog, alimentary canal | |||
| Digestive glands endocrine gland respiratory system | |||
| Frog reproductive, circulatory and nervous system | |||
| EARTHWORM INTRODUCTION,MORPHOLOGY, BODY WALL | |||
| Nervous, alimentary canal, digestive system | |||
| Respiratory circulatory,excretory and reproductive system | |||
| Chapter 8 Cell: the unit of life | |||
| Discovery of Cell, Cell theory, Types of Cell | |||
| Structure of Prokaryotic cell, Structure of Eukaryotic cell - Cell Wall | |||
| Cell Membrane, Cell Organelles - Endoplasmic reticulum, Golgi body | |||
| Cell Organelles - Lysosomes, Ribosomes, Vacoule, Mitochondria, Cytoskeleton | |||
| Plastids, Structure of Nucleus and Chromosome | |||
| Practise questions | |||
| Chapter 9 Biomolecules | |||
| Analysis of Organic and Inorganic componds, Metabolites, Amino acids, Proteins and its | |||
| Classification of Proteins, Carbohydrates - Mono, Di and Poly saccharides and Examples Of | |||
| Nucleic acids (DNA, RNA), Polynucleotide chain | |||
| Lipids - Classification and Types | |||
| Enzymes | |||
| Practise questions | |||
| Chapter 10 Cell Cycle and Cell division | |||
| Introduction, Phases of Cell Cycle - Interphase | |||
| M- Phase (Mitosis Cell division) | |||
| Meiosis Cell division | |||
| Practise questions | |||
| Chapter 11 Transport in Plants | |||
| Introduction,Means of Transport, Diffusion, Osmosis, Types of Solution | |||
| Long distance Transport - Ascent of sap, Symplast Apoplast, Pressure flow Hypothesis | |||
| Chapter 12 Mineral Nutrition | |||
| Mineral nutrition, elements | |||
| Elements, Mechanism of absorption, Hydroponics | |||
| Nitrogen fixation | |||
| Chapter 13 Photosynthesis in Higher plants | |||
| Introduction, history, essential components, factors affecting photosynthesis | |||
| KOK CYCLE, NON-CYCLIC AND CYCLIC PHOTOPHOSPHORYLATION | |||
| CHEMIOSMOSIS, ATP FORMATION, Q-CYCLE | |||
| RUBISCO, RUBP, CALVIN CYCLE | |||
| PHOTORESPIRATION, C4 CYCLE, KRANZ ANATOMY | |||
| Chapter 14 Respiration in Higher plants | |||
| Glycolysis | |||
| KREB'S CYCLE | |||
| ELECTRON TRANSPORT CHAIN | |||
| Respiratory quotient, amphibolic pathway, shuttle system | |||
| Chapter 15 Plant Growth & Development | |||
| Introduction, Growth ,Growth rate, Phases of Growth, Development, Seed Dormancy | |||
| Breaking of Seed Dormancy, Absolute and Relative Growth, Introduction & Discovery of PGRs | |||
| Auxin,GAs, Cytokinin, ABA, Ethylene, Photoperiodism | |||
| Chapter 16 Digestion and Absorption | |||
| Introduction, GIT, Oral cavity, Tongue, Tooth | |||
| Salivary Gland, Saliva - Its Composition and Functions, Pharynx & Its Parts | |||
| Oesophagus, Stomach, Its Structure, Gastric glands, Functions of Stomach, Small Intestine | |||
| Pancreas, Liver, Gall Bladder- Functions, Digestion of Carbohydrates | |||
| Digestion of Cellulose, Protein, Fat, Absorption, Assimilation, Egestion, Disorders | |||
| Chapter 17 Breathing and Exchange of gases | |||
| Respiratory organs in animals, Human respiratory system (Nasal cavity, pharynx, larynx | |||
| Human respiratory system (Trachea, Bronchi, Bronchioles, Lungs, Alveoli) | |||
| Mechanism of breathing, Respiratory volumes and capacities | |||
| Exchange of gases, Transport of gases - Oxygen | |||
| Oxygen Dissociation curve, Transport of Carbondioxide, Regulation of breathing, Respiratory | |||
| Chapter 18 Body Fluids and Circulation | |||
| Introduction, Types of Circulatory system, Types of Hearts | |||
| Human Heart, Internal structure, NOdal Tissues, Regulation of Heart rate | |||
| Artery and Veins, Double circulation, Cardiac cycle | |||
| Haemostasis, Blood Clotting, Vitamin K and its Importance, ECG, Reading of ECG, Disorders | |||
| Chapter 19 Excertory products and their elimination | |||
| Excretion, Exeretory products, Homeostasis, Osmoregulation, Excretory organs, Structure of | |||
| Urinary system, Passage of Urine, Micturition reflex | |||
| Structure of Nephron, Types of Nephron, Juxtaglomerular apparatus | |||
| Blood supply of Nephron, Chemical composition of Urine, Mechanism of Urine formation | |||
| Mechanism of Urine formation (Selective Reabsorption, Tubular secretion) | |||
| Counter- Current Mechanism | |||
| Regulation of Kidney and Dialysis, Disorders of Excretory system, Dialysis | |||
| Chapter 20 Locomotion and Movement | |||
| Introduction, skeletal muscles | |||
| Skeletal muscles, sliding filament theory | |||
| Structure of actin and myosin | |||
| Mechanism of muscle relaxation | |||
| CARDIAC AND SMOOTH MUSCLE | |||
| Axial skeleton system | |||
| * Appendicular skeleton system | |||
| Chapter 21 Neural Control and Coordination | |||
| Nervous system of Invertebrates, Structure of neuron, Types of Neuron | |||
| Mechanism of Generation and Conduction of nerve impulse Axon | |||
| Mechanism of Generation and Conduction of nerve impulse Synapse | |||
| Nervous System and its types, Protection to CNS | |||
| Central Nervous system (Brain -Forebrain, Midbrain) | |||
| Central Nervous system (Brain - Hindbrain, Spinal cord, Peripheral nervous system) | |||
| Autonomic nervous system, Reflex Action, Sense Organs | |||
| Internal Structure of Eyes | |||
| Working of eye and Mechanism of vision, Defects of eye | |||
| Internal Structure of Ear | |||
| Working of Ear and Mechanism of hearing | |||
| Chapter 22 Chemical Coordination and Integration | |||
| Introduction to Endocrine system, Glands and its types, Hormones and its properties | |||
| Hypothalamus and Pituitary gland - Anterior pituitary and its hormones | |||
| Posterior Pituitary gland and its hormones, Thyroid gland | |||
| Parathyroid gland, Thymus gland | |||
| Adrenal gland | |||
| Pineal gland, Pancreas | |||
| Other Organs which secrete hormone | |||
| Chapter 23 Reproduction in organisms | |||
| Introduction, Concept, Asexual Reproduction and methods | |||
| Vegetative Propagation,Sexual Reproduction, Life span | |||
| Chapter 24 Sexual reproduction in Flowering plants | |||
| Introduction, Flower, Parts of Flower, Androecium | |||
| Anther, Microsporangia, Walls of microsporangium, Microsporogenesis, | |||
| Gynoecium, Pistil/Carpel, Megasporangium, Megasporogenesis, Ovule | |||
| Pollination, Pollinating Agencies | |||
| Post Fertilization events, Embrogenesis, Seed dispersal, Fruits, Apomixis | |||
| Chapter 25 Human Reproduction | |||
| Introduction, Male reproductive system, Spermatogenesis, Sperm | |||
| Male Secondary sex organs, Semen, Female Repreduetive organs | |||
| Ovary, Uterus ,Fallopian tube, Oogenesis, Reproductive cycle, Menstrual Cycle | |||
| Vagina, Vulva( External Genitalia), Fertilisation | |||
| Cleavage, Embryogenesis, Organogenesis, Parturition, Amniocentasis | |||
| Chapter 26 Reproductive health | |||
| Aspects of Reproductive health, Population growth | |||
| Contraception - Temporary methods | |||
| Permanent Contraception, MTP, STD | |||
| Infertility, Assisted Reproductive techniques (AI, IVF-ET, GIFT, ICSI, Surrogacy) | |||
| Chapter 27 Principle of Inheritance & Variation | |||
| Introduction, Important terms, Pre Mendelian theories | |||
| Mendelian Era, Monohybrid Cross & Dihybrid Cross | |||
| Laws of Mendel, Incomplete Dominance & Co-Dominance MN blood Group, Coal colours in | |||
| Sickle Cell Anaemia, ABO blood group, Lethal Gene, Thalassemia | |||
| Phenylketonuria, Cystic Fibrosis, Polygenic Inheritance, Sex determination | |||
| Chapter 28 Molecular basis of Inheritance | |||
| Genetic material, Nucleic acids and its structue, Composition of DNA, DNA Duplex | |||
| Quantity and Length of DNA, Watson and Crick Model of DNA, Nucleosome Model, DNA | |||
| Search for Genetic Material - Griffith's Experiment, Avery, Macleod, Mc Carty Experiment | |||
| RNA World, Central dogma, DNA Replication Mechanism, Messelson and Stahl experiment | |||
| Mechanism of DNA Replication- Part 1 | |||
| Mechanism of DNA Replication- Part 2 | |||
| RNA, Types of RNA | |||
| Transcription - Its Unit, and Transcription Unit and the Gene | |||
| Materials Required for Transcription, RNA Polymerase, Prosess of ranscription in | |||
| Process of Transcription and Post Transcriptional Modification in Eukaryotes, Reverse | |||
| Genetic Code, Experimental Proof of Triplet Codon, Salient Features of Genetic CodE | |||
| Properties of Genetic Code, Wobble Hypothesis | |||
| Translation - Its Machinery and Mechanism | |||
| Regulation of Gene Expression, Lac Operon Model | |||
| Mutation- Types of Mutation, Gene Mutation - Point Mutation (Mis-sense, Non-sense, Silent | |||
| Chromosomal Mutation - Euploidy- Polyploidy Aneuploidy, Mutagens - Physical and Chemical | |||
| Human Genome Project (HGP) - Goals, Methodology, Salient features of HGP | |||
| DNA Fingerprinting - Part 1 | |||
| DNA Fingerprinting - Part 2 | |||
| Chapter 29 Evolution | |||
| Evolution, natural selection, theory of spontaneous generation, recepie for mice, redis | |||
| Panspermiatic theory, theory of catastrophism, oparin and haldane's theory, chemical | |||
| Biogeny, coacervates, microspheres, Evolution of Modes of Nutrition, origin of eukaryotes | |||
| Dollo's law, evidences in favour of evolution, evidences for comparative anatomy and | |||
| Vestigial organs, connecting link, atavism, embryological evidences, progressive and | |||
| Palaentological evidences, biogeographical evidences, realms, convergent and divergent | |||
| PARALLEL EVOLUTION, LAMARCKISM | |||
| LAMARCKISM, THEORY OF CONTINUITY OF GERMPLASM, NEO-LAMARCKISM,DARWINISM | |||
| Natural selection, neo-darwinism, the mutation theory | |||
| Genetic variation in population, gene flow, gene recombination, chromosomal and gene | |||
| Chapter 30 Human health and diseases | |||
| Introduction (Health, Disease) and Clasification of diseases, Transmission of diseases | |||
| Bacterial diseases - 1 (Typhoid, Cholera, Diphtheria, Pertussis, Tetanus, Bubonic Plague) | |||
| Bacterial diseases - 2 (Pneumonia, Tuberculosis, Leprosy, Meningitis, Gonorrhea, Botulism | |||
| Viral diseases - 1 (Polio, Small Pox, Chicken Pox, Measles, German Measles, Mumps, Rabies) | |||
| Viral diseases - 2 (Yellow fever, Hepatitis, Dengue, Chikungunya, Influenza, SARS, Genital | |||
| AIDS - Part 1 | |||
| AIDS - Part 2 | |||
| Protozoal disease - Malaria | |||
| Protozoal, Helminthic and Fungal diseases | |||
| Cancer - Part 1 | |||
| Cancer - Part 2 | |||
| Immunity - Part 1 (lymphoid organs, Innate immunity and its component) | |||
| Immunity - Part 2 (Acquired immunity, Structure of Antibody, Ag-Ab reaction) | |||
| Immunity - Part 3 (Immune reaponse, Types of immunity, Vaccination, Allergy) | |||
| Drug and Alcohol Abuse | |||
| Chapter 31 Strategies for enhancement in food production | |||
| Introduction, Animal Husbandry, Dairy Management, Poultry Management | |||
| Animal Breeding, Controlled breeding Inbreeding, Outbreeding, Experiments, Bee Keeping | |||
| Aquaculture, Economic importance, Types of ponds, Green Revolution | |||
| Plant Breeding, Scp, Tissue culture, Somatic hybridization | |||
| Chapter 32 Microbes in Human Welfare | |||
| Application of Microbes in Various fields | |||
| Chapter 33 Biotechnology - Principles and Processes | |||
| Biotechnology - Definition, Principle and Recombinant DNA, Genetically Modified Organism, | |||
| Tools of Recombinant Technology - Restriction Enzymes and its types, Cloning Vector and | |||
| PBR322 vector, Features of cloning vector, Competent host, Screening of Recombinant | |||
| Process of r-DNA technology | |||
| Chapter 34 Biotechnology and its applications | |||
| Application of biotehnology in agriculture Transgenie plants (Bt- Cotton, Mave save tomato | |||
| Application of biotechnology in agriculture - Transgenie plants (Tobacco plant, Herbicide | |||
| Transgenic microbes, Transgenic animals, Application of biotechnology in medicine (Gene | |||
| Application of biotechnology in molecular diagnosis, Ethical issues, Biopatency, Biopiracy | |||
| Chapter 35 Ecology | |||
| Ecology, Autecology, Synecology, Importance of Ecology, Organisms and Environment | |||
| Ecology, Autecology, Synecology, Importance of Ecology, Organisms and Environment, | |||
| Ecosystem, Light, Effect of light on pigmentation, Phototropism, Influence of light on | |||
| Temperature, The Effects of Temperature in Lakes, Summer stratification, Winter | |||
| Temperature Adaptations, Regulate, Diapause | |||
| Water, Adaptations in freshwater habitat, Adaptations in marine habitat, Plant Example,Soil, | |||
| Population interaction, Inter-specific Interaction, Predation, Predators maintain Species | |||
| Competitive release, Parasitism, Types of Parasites/Parasitism, Commensalism, Mutualism | |||
| Ecosystem and their Components, Ecosystem Types, Natural Ecosystem, Artifical Ecosystem, | |||
| Biota of the limnetic zone, Biota of the profundal zone, Terrestrial Ecosystem, Forest | |||
| The food Chains, Grazinf food Chain, Parasitic food Chain, Detritus food chain, Food Web, | |||
| The 10 Percent Law, Ecological Pyramids, Productitivity, Primary productivity, Secondary | |||
| Nutrient Cycles, Carbon Cycle, Nitrogen Cycle, Phosphorus Cycle | |||
| Population, Population Attributes, Natality, Mortality, Immigration, Emigration, Sex ratio, Age | |||
| Pollution, Carbon monoxide, Carbon dioxide, Sulphur dioxide, Nitrogen oxides, Effects of | |||
| Water Pollution, Biological Oxygen Demand, Algal Blooms, Biomagnification, Eutrophication | |||
| Thermal Pollution, Soil Pollution, Solid Wastes, Hospital Waste, Electronic Waste, Agro- | |||
| Global Warming - control measures, Kyoto Protocol, Ozone depletion in the stratopshere | |||
| Chapter 36 Ecosystem | |||
| Introduction, Components, Food chain, Food web | |||
| Ecological Pyramids, Energy flow | |||
| Ecological succession, Nutrient Cycle | |||
| Chapter 37 Biodiversity & Conservation | |||
| Biodiversity & Conservation, Genetic Diversity, Species Diversity, Ecological Diversity, Species, | |||
| In Situ Conservation Part-02, Conservation of Wetlands, Ex-situ, Conservation, International | |||
| Chapter 38 Environmental Issues | |||
| Introduction, Effects,Air pollution - Reasons, Effects, Solutions | |||
| Water Pollution,Soil pollution, Radioactive waste | |||
| Green house effect,Global Warming, Ozone Depletion, Deforestation | |||
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