S.No. Chapter NameLecture
No.Lecture Name
1Plane Mirror-Law of Reflection, Real and Virtval Object,Velocity
of Image & Object Relation
2 Discussion of Plane Mirror 1 to 20
3 Spherical Mirror,Image Formation
4 Spherical Mirror
5 Discussion,Spherical Mirror
6 Refraction, Snell's Law
7 TIR,Opticsl Fibre,Near Normal Observation (Happ Depth)
8 Shifting by Glass Slab,Lateral Shift
9 Discussion of Homework,Refraction on Plane Surface
10 Prism
11 Minimum Deviation, Dispersion
12 Prism - HW
13 Refraction by Curved Surface
14 Refraction by Curved Surface,Lens
15 Discussion of Homework-4
16 Lens and Mirror
17 Power of Lens,Polishing of Lens,Cutting of Lens
18 Optical Instrument
19 Optical Instrument Discussion
20 Displacement Method
21 HW-6 Lens
1Energy, Momentum of Photon, Intensity due to 3D,2D,1D
Source
2 Force and power
3 Photoelectric Effect
4 Stopping Potential,Saturation Current Graphs
5 Photoelectric Effect (practice)
6 Atomic Structure,JJ Thomson, Rutherford Model
7 Bohr Atomic Model, Energy Level of Hydrogen
8 Bohr Model Practice
9Bohr Model in Gravitation and Magnetism, Potential Energy
Reference
10Emission Spectrum, Lyman , Balmer, Paschen, Brackett, P-
Fund (Series)
11 De-Broglie Hypothesis
12 X-ray-1
13 X-ray-2
14 Practice of Problem
15 Hw1 and Hw2
16 Hw3
17 Brugg's Law, Davission-Germer Experiment
1
Size of Nucleus,Density of Nucleus,Neutron Proton Graph for
Stable Nuclei,Nature of Nuclear Force,Mass Defect and
Binding Energy
NEET Early Droppers Course - 13th
Physics by Muqeem Khan (Mk) Sir
1 Geometrical Optics
2 Modern Physics
3 Nuclear Physics
2
Q value in Terms of Wars Kg/ Amu, Q Value in Terms of
Binding Energy and Kinetic Energy,Binding Energy and Mass
no Graph, Fusion and Nuclear Fusion, α-decay
3
Fission Reaction u235 ,Chain Reaction,Natual
Uranium,Neutron Reproduction Factor,Nuclear
Reaction,Nuclear Fusion
4 Decay of Alpha ,Beta ,Gamma Particles
5 Radio Activity
6 Dicussion of Homework -1,2(Q.1 to 10)
7
Discussion of Homework -2(10 to 25),3 and Production of
Nuclear Substances,Parallel Decay,Successive Decay,Rock
Analysis,K Capture
1 Motion in One Dimension,Constant Accelerated Motion
2 Graphs
3 Discussion of Homework -1
4Concept of Basic Differentiation,Discussion of Homework -2
Discussion
5 Basic Integration,Projectile Motion
6Projectile Motion Examples,Maximum Height and Time of
Flight Variation with Q
7Projectile Analysis Example,Incline Projectile,Discussion of
Homework -3
8Projectile From Height,Relative Motion,Min. Distance
(Closest+Approach),Rain Man Problem
9 Discussion of Homework-4 and River Problem
10 Flag Fluttering and Homework-5 and River Boat Problem
11 Discussion of Homework -6
1 Newton's First Law,2nd Law,3rd Law,FBD,Atwood Machine
2Example Based on Newton's 2nd Law,String Block System
(Constrained)
3String Constraint,Heavy String,Spring,Spring
Balance,Weighing Machine,Homework-1
4 Pseudo Force and Discussion of Homework -2,3
5Friction-Basic Concepts,Static and Kinetic Friction,illustration
Based on Friction
6
Minimum Force required to Slides a System,Problem Based on
Inclined,Discussion of
Homework -4
7 Angle of Repose,2 Block System,Discussion of Homework-5
1Relation Between Linear Velocity and Angular velocity,Uniform
Circular Motion
2
Analysis Between Linear and Circular Motion,Relative Angular
Velocity,Tangential Acceleration and Centripetal
Acceleration,Angular Acceleration
3Uniform and Non uniform Circular,Radius of Curvature,Simple
Pendulum and Conical Pendulum,Banked Road
4 Discussion of Exercise -1,2
1 Work Done by Constant Force,Work Done in Cartesian System
2Potential Energy,Kinetic Energy,Work Energy
Theorem,Conservation of Mechanical Energy
7 Work, Power and Energy
4 Kinematics
5Newton`s Law of Motion(NLM)
and Friction
6 Circular Motion
3 Nuclear Physics
3
Conservative and Non-Conservative Force,Central
Force,Problem Based on Energy Conservation,UNR Graph,
Discussion of Homework-1
4 Power and Discussion of Homework -2
5 Vertical Circular Motion and Discussion of Homework -3
1 Calculation of COM
2Calculation of COM,Discission of Homework -1(Calculation of
COM)
3
Motion of COM,Man & Planck''''s Problem,Gum
Problems,Discussion of Homework -2
(Motion of COM)
4Impulsive Force,Collision (Head on Collision),Special Case on
Head on Collision
5Bouncing of Ball ,Oblique Collision,Discussion of Homework -
3,4
1Rigid Body,Rotational Kinematics,Analogy Between Translation
and Rotation,Torque
2 Moment of Inertia,Cavity Problem
3Momentum of Inertia and Radius of Gyration,Composite
Pulley,Discussion of Homework -1
4Angular Momentum Conservation of Angular Momentum
Discussion Homework 02
5 Toppling ,CTRM,Rolling
6 Rolling on Qnclined Angular Momentum CTRM
1 Properties of Charge,Coulamb's Law,Equilibrium Problems
2Electric Field Due to Point Charge,Line ,Ring and Discussion of
Homework -1
3Electric Field Lines,Electric Flux,Gauss's Theorem,Discussion
of Homework -02, Electric Field and Flux
4Application of Gauss;s law Relation Between E and V,Problem
Based on Flux,Potential Energy
5Electrostatic Potential, Equipotential Surface, Conductor,
Discussion H.W.- 03
6 Conductor,Discussion-H.w-04 (conductor)
7
"Dipole,Electric Field Due to Dipole in Axial line & Equitorial
Line, Potential Due to Dipole, Torque on Dipole in uniform E,
PE of Dipole in Uniform Electric Field"
8Motion of Charge Particle in Uniform Electric Field,Self
Energy,Self Practice Problem and Discussion of Homework -5
1
"Newton''''s Law of Gravitation,Vector Form of Gravitation
Law,Binary Star System ,Gravitation Field,Effect of g Due to
Effect of Shape,Effect of g Due to Effect of Rotation,Variation
of g in Radial Direction"
2Potential Energy ,Gravitational Potential,Discussion of
Homework-01
3 Escape Velocity, Binding Energy, Satellite
4 Kepler’s Law, Satellite, Discussion-03
1 Current,Current Density, Power Generated Per Unit Volume
2 Resistance, Kirchhoff’s 1st Law, Kirchhoff’s 2nd Law
3Important Point in Current Electricity ,Discussion of Homework -
1
10 Electrostatics
11 Gravitation
12 Current Electricity
7 Work, Power and Energy
8 Center of Mass and collision
9 Rotational Motion
4Circuit Theory (Nodal Analysis), Battery, Combination of
Resistance
5 Galvanometer, Voltmeter, Ammeter
6 Combination of Battery, Discussion of Homework-02
7 Heating Effect, Maximum Power Transfer, Combination of Bulb
8 Discussion H.W -3
9 Meter Bridge
10 Potentiometer
11 Discussion of Homework-04
12 R-C Circuit
13 RC Circuit, Discussion of Homework-05
1Spherical Capacitor, Parallel Plate Capacitor, Energy Stored in
Parallel Plate Capacitor
2Force Between Parallel Plates of Capacitor,Work Done by
Battery,Dielectric Medium, Energy Density
3 Insertion of Dielectric, Practical Capacitor, Breakdown Voltage
4 Combination of Capacitor,Discussion of Homework-01
5Charge Distribution, Cylindrical Capacitor, Discussion of
Homework-02
1 Introduction ,Biot Savart Law
2 Practice Problems on Magnetic Field ,Arc ,Straight Line ,Spiral
3Graph,Magnetic Field Due to Polygon,Magnetic Field Due to
Moving Charge and Discussion of Homework 1 to 25
4Ampere''''s law and Its Applications on (Long Wire,Thick
Wire,Thin Pipe,Thin Sheet,Solenoid)
5Ampere''''s Law Application Practice, Discussion of Homework-
02
6Force on Moving Charge in Magnetic Field, Circular Path,
Helical Path
7Cyclotron, Force on Charged Particle When Electric Field And
Magnetic Field Both Are Available,Discussion of Homework-03
8Force on Current Carrying Wire, Torque on Current Carrying
Loop, Magnetic Moment of Loop
9Magnetism Moment, Torque Due to Magnetic Field, Potential
Energy, Moving Coil Galvanometer
10 Earth Magnetism, Discussion of Homework-04
11Tangent Galvanometer, Vibrational Magnetometer, Discussion
of Homework-05
12Magnetic Propetion Dia, Para, Ferro Magnetism Hysterisis.
Discussion-6
1 Motional EMF, Gauss Law, Faradays Law
2 Motional EMF,Faraday’s Law, Lenz’s Law
3"EMF in Direction of Induced Current, Graph Between Flux vs
Time and EMF vs Time, Discussion of Homework- 01"
4 Induced Electric Field, Inductor
5 L.R Circuit, A.C Motor, D.C Motor
6 Mutual Inductance, Discussion of Homework-02(Q1-30)
1
RMS, Mean square Value, Average Value, Phasor Analysis,
Pure Resistive Circuit, Pure Inductive, Pure Capacitive Circuit,
Mix Circuit
16 Alternating Current (AC)
13 Capacitor
14 Magnetic Effect of Current
15 Electro-Magnetic Induction (EMI)
12 Current Electricity
2"Series Circuit, Parallel Circuit, Power in A.C, Power Factor,
Wattless Current (Homework-1)"
3 L.C Oscillations, Resonance, Transformer, Homework-2
4 Home Work -3
1
Pressure, Variation of Pressure in Accelerated Container,
Force on Wall, Mercury Barometer, Open Tube Manometer
Hydraulic Lift(Pascal’s Law)
2 Archimede''''s Principle
3 Continuity Equation, Bernoulli''''s Equation , Discussion Hw-1
4"Velocity of Efflux, Force Due to Water Jet, Rotating Fluid,
Discussion of Homework-02 and 03"
5
"Surface Tension- (1)Cohesive Adhesive (2)Contact Angle
(3)Surface Energy (4)Atomization (5)Excess Pressure inside
Curved Surface"
6 Capillary-Cylindrical-Conical, Viscosity
7 Viscosity Stokes Law Reynolds Number Poiseuille''''s Equation
1
Oscillation Vibration Periodic Motion Differential Equation Of
SHM UCM To SHM Phase Equation OF SHM Relation Betwin
V& X And A And X
2"Mean Position Shifted From Origin, Time Period of Spring -
Mass System, SHM with Spring+String and 2-SHM with"
3"Graphs, Spring-mass, Combination of Spring, Special
Problem, Discussion of Homework-01"
4"Energy - KE, PE, TE, Spring with Two Blocks Long
Pendulum,Tunnel in Earth SHM"
5Damped Harmonic Oscillation, Forced Harmonic Oscillation,
H.W.-3
1 Types of Waves, Equation of Wave, Graphical Representation
2
"Velocity, Acceleration & Displacement of Particle Wave,
Quantitative Relation Between Velocity,Acceleration &
Displacement "
3 Velocity of Waves in String, Velocity of Waves in Heavy String
4"Energy, KE,PE, Energy Density, Power, Intensity, Discussion
of Homework-01"
5Power, Interference, Reflection & Transmission, Equation of
Reflected wave and Transmitted Wave
6 Standing Wave
7"Sound Waves as Pressure Waves, Velocity of Sound Wave,
Intensity in Terms of Pressure, Standing Wave-Organ Pipes"
8Resonance Column Experimental Beats, Discussion of
homework-02
9Quincke’s Tube, Sonometer,Kundt’s Tube, Doppler Effect,
Echo
10 Discussion of Homework- 03 & 04
11 Discussion of Homework- 05
1Newton''''s Corpuscular Theory, Huygen''''s Theory , YDSE-
Experiment
2Angular Fungi Width Unequal Slit Width Optical Path Lenght
Stab Poroblem YDSE in Medium Non Coherent Sources
3YDSE- Oblique Incidence, Fresnel Biprism, Lloyd’s Mirror, Thin
Film Interference
4 Discussion of Homework-01 And 02, Diffraction, Polarization
19Waves
( String wave & Sound Wave )
20 Wave Optics
16 Alternating Current (AC)
17 Fluid Mechanics
18 Simple Harmonic Motion (SHM)
5Complete Revision Polarization by Reflection and Scattering
H.W-3
6"Basic Ideas, Gauss’s Law, Modified Ampere’s Law,
Displacement Current, Energy Density, Intensity"
1"Energy Band ,Doping ,P-N Diode -Forward Biasing / Reverse
Biasing Zener Breakdown,Avalanche Breakdown"
2Rectifier-Half Wave/Full Wave/Bridge,Resistivity and
Conductivity,Photodiode,LED,Solar Cell
3 Transistor
4 Logic Gate, Discussion of Homework-01
1"Deforming Force, Longitudinal(Stress/Strain), Young Modulus
of Elasticity, Elastic Potential Energy, Heavy Rod"
2 Modulus of Rigidity, Bulk Modulus, Stress-Strain surne
3Elastic Hysterisis, Poission Ration, Effect of Temp, & impurity,
Discussion of homework
4 Temperature, Heat, α(Alpha), β(Beta), g(Gamma)
5"Relation Between α(Alpha), β(Beta), g(Gamma), Metal Scale,
Bi-Metallic Strip, Pendulum Clock, Thermal Stress"
6 Discussion of Homework of Thermal Expansion
7 Calorimetery
1 Conduction/Convection , Discussion of Homework-01
2 Radiation : Stefen-Boltzmann Law
3 Radiation -HW dIscussion
4Newton’s Law of Cooling, Wien’s Displacement Law, Solar
Constant
1 Kinetic theory of gas , vrms, vav, v most probable
2Mean Free Path Relaxation Time 1st Law of Thermodynamics
2nd Law of Thermodynamics
3 Process
42nd Law of Thermodynamics, Carnot Cycle, Refrigerator,
Discussion of Homework-2
1Unit & Dimensions Application of Dimensions Significant
Figures Errors
2 Vernier Caliper Screw Gauge H.W of Unit Dimension Error
1
Representation of Vector Types of vector Angle b/w Vectors
Addition of Vector Resolution of Vector in rectangular
Components 2-d resolution of Vector in 3-D
2 Dot Product Cross Product Discussion
25 Measurement and Error
26 Vector
22
Elasticity,Thermal expansion
&
Calorimetry
23 Heat Transfer
24
Kinetic Theory of Gases
&
Thermodynamics
20 Wave Optics
21 Semiconductor
S.No. Chapter NameLecture
No.Lecture Name
1
Basic Moles and its Calculation,Calculation of Number of
Atoms,Molecules,Ions, Electrons,Protons and Neutrons,
Calculation of Charge,Practice Session -1
2
Average Atomic Mass of Isotopic Mixtures,Average Molar Mass
of Gaseous Mixtures Percentage Composition,Laws of
Chemical
Combination,Practice Session -2
3Emperical and Molecular Formula Stoichiometry and
Stoichiometric Calculations, Practice Session -3
4Limiting Reagent,Percent Yield and Percent Purity,Practice
Session -4
5Mixture Analysis,Principle of Atom Conservation (POAC)
Series or Sequential Reactions
6 Concentration Terms and their Interconversion
7 Application of Molarity,Molarity of Dilution,Molarity of Mixing
8Labelling of H2O2, Methodes of Atomic & Molecular Mass
Determination
1 Introduction,Periodic Table and Basics
2 Shielding Effect and Effective Nuclear Charge
3Ionisation Energy, Factors Affecting Ionisation of I.E, Practice
Session
4Electron Gain Enthalpy and Electron Affinity,Variation and
Irregularities in Electron Affinities,
5Acidic Basic and Amphoteric Oxides,Hydration Energy and its
Application,Practice Session-3
1
"Rate of Reaction,Rate of Appearance and
Disappearance,Rate of Reaction in Terms of Pressure, Rate
Law,Elementary and
Complex Reactions,Order and Molecularity,Practice Session-1"
2"Chemical Kinetics, Significance of Order of Reaction, Unit of
Rate Constant,Analysis of Zero Order Reaction"
3"Kinetics of First Order Reaction and their Characteristics,
Second Order Reaction and Characteristics"
4"Determination of First Order Rate Constant Role of
Stoichiometric Coefficients,Practice Session "
5Pseudo First Order Reaction,Collision Theory,Arrhenius
Equation and its Application
1"Introduction,Types of Chemical Bond,Discussion of Ionic
Bond, Covalent Bond and Coordinate Bond,Lewis Octet Rule"
2
"Exception of LOR,Failure of LOR,Formal Charge,Structure of
Compounds having Single Central Atom, Valence Bond Theory
(VBT)
2 Periodic Table (PS Sir)
3 Chemical Kinetics (PS Sir)
4 Chemical Bonding (JH Sir)
NEET Early Droppers Course - 13th
Physical & Inorganic Chemistry by Jitendra Hirwani (JH) Sir &
Prince Singh (PS) Sir
1 Mole Concept (PS Sir)
3
"Valence Bond Theory Continued - P-P,P-d,d-d
Overlap,Comparison of Strength of σ and π Bond, Difference
of σ and π Bond,Formation of Molecules on the Basic of
Valence Bond Theory"
4Hybridisation and Valence Shell Electron Pair Repulsion
Theory
5
"Hybridisation in Reaction Intermediate
(Carbocation,Carbanion,Carbene,Benzyne) , Hybridization in
Allene,Hybridisation in odd Electron Species, Dimerisation of
odd Electron Species,Drago''''s Rule,Calculation of pπ-pπ and
pπ-dπ Bond"
6 Bent''''s Rule and its Application
7 Molecular Orbital Theory (MOT)
8 MOT (continued),Back Bonding and Bridge Bonding
9"Bonding Parameters-Bond Angle,Bond Order, Bond Length
(All Important Questions are Covered)"
10 Bond Energy, Dipole Moment
11
intermolecular forces ( vandwrwall forces) Hydrogen
bonding{formation, extent, strength, number, types (
symmetrical and unsymmetrical, intermolecular and
intramolecular, application}
12Covalent Character in Ionic Compound, Fajan''''s Rule and its
Application
13 Discussion of Practice Session -1
14 Discussion of Practice Session -2
15 Discussion of Practice Session -3
1
Characteristics of Chemical Equilibrium,Equilibrium Constant
and its types Relation between Kp and Kc, Characteristics of
Equilibrium
Constant,Practice Session-1
2 Calculation of Equilibrium Constant in Different Cases
3Significance of value of Equilibrium Constant, Reaction
Quotient and Le chatelier’s Principle
4Effect of Temperature Change,Effect of inert gas Addition,
Effect of Catalyst,Phase Equilibrium and Triple phase Diagram
1
"Arrhenius Theory, Bronsted Lowry Concept,Amphiprotic
Species,Conjugate Acid Base Pairs, Levelling Effect,
Arrhenius Theory of
Electrolytic Dissociation, Ostwald''''s Dilution Law,Practice
Session-1"
2
"Common Ion Effect,Properties of Water,Ionic Product of
Water, pH Scale. pH Calculation for Strong Acids and
Bases,Mixture of
Acids and Bases,pH due to weak Acid or Base"
3
"pH for Weak Acid and Weak Base,pH of Mixture of Strong
Acid and Weak Acid, ph of Mixture of Two Weak
Acids,Practice Session 2"
4 Salt Hydrolysis
5 Salt Hydrolysis,Buffer Solutions
6 Acid Base Titration`
7Theory of Indicators,Solubility and Solubility Product,Solubility
in Different Cases
5Chemical Equilibrium
(PS Sir)
6 Ionic Equilibrium (PS Sir)
4 Chemical Bonding (JH Sir)
1Introduction,Basic Terms used,Classification of Ligands ,
Classical and non-classical Ligands,Effective Atomic Number
2Nomenclature of Coordination Compounds,Werners
Coordination Theory
3
"Valence Bond Theory,Crystal Field Theory,Splitting in
Octahedral, Tetrahedral and Square Planar Field,Filling of
Electrons and CFSE"
4 Practice Session-4, Stability and Colors of Complexes
5"Bonding in Metal Carbonyls and Organometallics, Structural
and Geometrical Isomerism"
6Optical Isomerism, Uses of Coordination compound, Practice
Session-6
1 Introduction and all Basic Theory
2 Heat, Work
3
internal energy, enthalpy,FLOAT , calculation of ∆H, ∆U , q & w
for (i) phase change(ii) chemical reaction (iii) change of state of
ideal gas- isothermal process
4 Isothermal, Adiabatic, Isobaric and Isochoric Process
5"Discussion of Practise Session-1, Polytropic Process, Free
Expansion, Comparison of Isothermal and Adiabatic Process"
6 SLOT, Entropy
7 Calculation of Entropy
8Third Law of Thermodynamics , COMPARISON OF
ENTROPY, Gibbs energy
9 discussion of practise session 2, calculation of ∆G
10practise session 3, ∆ G and equilibrium constant, physical
significance of ∆G
1Introduction,Hess''''s Law,Lavoisier and Laplace Law Enthalpy
of Reaction Thermochemical Equation ,Enthalpy of Formation
2Heat of Formation, Heat of Combustion, Application, Practice
Session -1
3
Enthalpy of Neutralisation,Ionisation,Sublimation ,Fusion
Vaporization Hydration Solutions,Lattice Enthalpy Bond
Enthalpy ,Born-Tiabes Cycle
4Enthalpy of Atomisation, Practice Session-2, Practice Session-
3
1Metallurgy, types of ores, methods of concentration - gravity
separation, magnetic separation, froth flotation method
2 Chemical Method (Leaching), Roasting
3 Reduction of Oxide to Metal and Refining of Metals
4Thermodynamics of Metallurgy, ellingham Diagram, Extraction
of Fe
5 Extraction of Cu, Extraction of Al
6 Extraction of Ag and Au
1Electrochemical cells and their types, Construction of galvanic
cell, Electrode potential values and their significance
2EMF of Cell, Standard Hydrogen Electrode, Gibbs free energy
and EMF of cell, NERNST Equation and its application
11 Electrochemistry (PS Sir)
8 Thermodynamics (JH Sir)
9 Thermochemistry (JH Sir)
10 Metallurgy (PS Sir)
7 Coordination Compound (PS Sir)
3Concentration Cells, Different type of Half cells, Combining two
half cells , Thermodynamics of galvanic cell
4Electrolysis and electrolytic cell , Qualitative Electrolysis,
Quantitative electrolysis(Faraday''''s Laws)
5
"Conductance and Conductivity Cell, Molar and Equivalent
conductivity, Variation of molar conductivity with dilution
Kohlrausch's law
& Its application "
6 Primary and Secondary Batteries
1 Discussion of physical and chemical properties
2 Compounds of alkali metal
3 Compounds of Alkaline Aarth Metal
4 Discussion of Practise Session-1
1 Concentration Terms, Vapour Pressure of Pure Liquid
2 Colligative Properties
3PRACTISE SESSION 1, OSMOTIC PRESSURE , ABNORMAL
COLLIGATICE PROPERTIES
4 Vapour Pressure of a solution containing 2 volatile liquids
5practice session-2, concept of fractional distillation, ideal and
non ideal solution, azeotrope
6 Practice Session-3 , Henry''''s Law
1"Boron Family ( Physical and Chemical Properties, Extraction
of Boron, Diborane)"
2 Boron Family ( Borax, Boric Acid, Alumina, AlCl3, Alums)
3Carbon Family( Physical and Chemical Properties, Allotropes
of Carbon { Diamond, Graphite Fullerene}, CO, CO2, C3O2
4 Silicates and Silocon
5 Nitrogen Family ( Physical and Chemical Properties, Nitrogen,
Ammonia)
6 Ammonia (NH3), Nitric Acid (HNO3), Nitrous Acid (HNO2)
7 Phosphorus and its Compounds
8 Oxygen Family Part -1
9 Oxygen Family Part -2
10 Halogen Family Part -1
11 Halogen Family Part -2
12 Noble Gases
13 Discussion of Practice Session -1
14 Discussion of Practice Session -2
15 Discussion of Practice Session -3
1Crystalline and amorphous solids , types of crystalline solids,
Bravais Lattices, Analysis of unit cells
2"Practice Session-1, Close Packing of Atoms, HCP Unit Cell,
Tetrahedral and Octahedral Voids"
3"Radius Ratio and Lattices of Ionic Solids, Defects in Crystals
and Magnetic Properties"
1 Gaseous State Part -1
2 Gaseous State Part -2
3 Gaseous State Part -3
14 p-Block (JH Sir)
15 Solid State (PS Sir)
16 Gaseous State (JH Sir)
11 Electrochemistry (PS Sir)
12 s-Block (JH Sir)
13 Liquid Solution (JH Sir)
4
"VGE, Explanation of Z from VGE, Boyle''''s Temperature,
Liquefaction of Gases, Critical Pressure, Critical Temperature,
Critical Volume"
5 Practice Session -1
6 Practice Session -2
1"Introduction, Electronic Configuration, Melting and Boiling
Point of Transition Elements, Oxidation States and Colour"
2
Catalytic properties, Trends in electrode potential values ,
Alloy formation , interstitial compound , preparation and
properties of K2Cr2O7
3KMnO4 and its properties, Important compounds of Iron and
their properties
4Electronic Configuration and Oxidation States, Properties of
Lanthanides & Actinides
1Cathode and Anode Rays, Rutherford''''s Atomic Model, Planck
Quantum Theory, Photo Electric Effect
2Bohr''''s Model, Formula Related to Bohr''''s Model, Hydrogen
Spectrum
3 Discuss Practice Session 2 and 3
4Rules for Writing Electronic Configuration, Schrodinger''''s
Wave Equation
1 Absorbtion
2 Catalysis
3 Collides Part-1
4 Collides Part-2
5 Discussion of Practice Session -1
1 Hydrogen Compounds Part-1
2 Hydrogen Compounds Part-2
3 Hydrogen Compounds Part-3
4 Discussion of Practice Session -1
5 Discussion of Practice Session -2
1Oxidation Number, Oxidation Reduction, Oxidising Agent and
Reducing Agent
2Practice Session-1, Types of Redox Reactions, (i)
interMolecular (ii) intraMolecular
3Balancing of Redox Reaction, Concept of Equivalent Weight,
Equivalent Weight of Acid
4
Equivalent of Base, Salt,ion, Element, Oxiding Agent and
Reducing Agent, Normality/No. of Equivalent , Law of
Equivalence
5 Practice Session-2,3, Titration (Acid Base, Redox)
20Hydrogen & its Compounds (JH
Sir)
21 Redox Reaction (JH Sir)
17d-Block & f-Block Elements
(PS Sir)
18 Atomic Structure (PS Sir)
19 Surface Chemistry (JH Sir)
16 Gaseous State (JH Sir)
S.No. Chapter NameLecture
No.Lecture Name
1 Inductive effect and its types,Application of I-effect
2Resonance coordination of resonance method of resonance,
Method of resonance, +R and -R group
3 Syability of resonating structures, Aromaticity
4 Resonance energy
5 Hyperconjugation
6 Application of all effect
7 Application of all effect
8 Audity of diff acids, phenol & benzoic acid and derivatives
Audity of diff acids, phenol & benzoic acid and derivatives
Basic strength
10 Basic strength
Introduction, method of presentation of O.C. (bond
Linenotation)
Classification/ types of C, H, R-X, R-OH, Amines, Functional
group
2 Homologous series Degree of unsaturation
3 IUPAC-Naming Rule
4 IUPAC-Naming Rule
5 IUPAC-Naming Examples
6 IUPAC-Naming Examples
7IUPAC-Naming Examples, IUPAC-Naming Aromatic
Compound, Miscellaneous
1 Structural Isomerism (Inducting tautomerism)
2 Structural Isomerism (Inducting tautomerism)
(a) Geometrical Isomerism-Difference between structural &
stereoisomerisms, Introduction of geometrical Isomerism
Condition of geometrical isomerism
Naming of G.I,. (cis trans, E-Z, syn-anti)
Properties of G.I. isomers, calculation of G.Is.
(b) Conformational Analysis-Basic ideas information for
conformational analysis
Conformations in acylic compounds
Conformations in acydic + cyclic compounds
Conformations in acydic compounds
(c) Optical Isomerism-Introduction, variation of q, chiral atom
Elements of symmetry (plane, centre)
Elements of symmetry (AAOS, AOS), Condition for Optical
activity
Methods of representation of diff. molecule and their
interconversion
4
5
6
2
Classification and
Nomenclature of
Organic Compound
(7)
1
3
Structural
Isomerism
(2)
4 Stereoisomerism(8)
1
2
3
NEET Early Droppers Course - 13th
Organic Chemistry by Dr. Sanjay Yadav (SY) Sir
1
General Organic
Chemistry
(10)
9
Configuration of compound (D/L - and R/S)
Optical isomerism in compound with one and two chiral
centre
Meso compound, Enantiomers, Diastereomers, Racemic
mixture
Resolution, optical purity, Enantiomeric excess, Calculation,
stereoisomers
1Reactant reagents-Electrophile, nucleophile, Variation of
Electrophilicity and nucleophilicity
2Carbocation-General ,General reaction and its
rearrangements
Important Reaction involving carbocation (R-X, form + Rxn)
3 Addition of HX and H3O+ addition with alkenes / alkynes
4 Addition of X2, IX, NOX, HO-X with alkenes/alkynes
5 OMDM, HBO
6 Dehydration of alcohol (E1-Reaction)
7Pinacol-Pinacolone rearrangement, Demjanav
rearrangement, Dienone Phenol
8 Nucleophillic Substitution reaction (SN-RXN)-SN1 & SN
2
9 Comparision of SN1 & SN
2
10 Examples of SN reactions of R-X, R-OH, R-O-R
11 Examples of SN reactions of R-X, R-OH, R-O-R + SNGNP
Elimination Reaction-E1, E2, E1CB
E1, E2, E1CB
13 Orientation of E.R.
Pyrrolytic / thermal ellimination rxn
Dehydration, Dehalogenation
15Important Reaction involving FR (Kolbe, Electrolysis, wurtz
reaction) and related reactions
16 Photohalogenation (Chlorination, Bromination)
17 Per-oxide effect, NBS Rxn, Pinacol-form n
1 Grignard Reagent- Grignard Reagent - 1
2 Grignard Reagent - 2
Reduction of various functional group-Reduction by H2/cat
Reduction by LiAlH4
Reduction by SBH, BH3-THF/H+, DIBAL-H
Some important reduction
Oxidation- Oxidation - 1 (Alkane, alkene, alkyne)
Oxidation - 2 (Alkane, alkene, alkyne)
Oxidation - 3 (R-OH, R-X)
Oxidation - 4 (Aldehyde)
Heating effect- Heating effect on various compound - (2)
Heating effect on various compound - (2)
7
Carbonyl compounds
(Aldehyde, Ketone)
(5)
1
6Alcohol & Ether
(6)
3
4
5
6
7
8
5
Halogen
Derivatives
(17)
12
14
4 Stereoisomerism(8)
Nucleophilic addition reaction -Reaction with NaHSO3, HCN,
H2O, H2N-Z
Reaction with R-OH
3 Name reactions- Haloform reaction
Aldol condensation reaction
Cannizaro's reacion
Carboxylic acid derivatives-G.M.P. (General Method of
Preparation)
G.M.P. (General Method of Preparation and Reactions)
General reactions
2 General Method of Preparation
Reactions of Amines
Reactions of Amines
4 Benzene diazonium chloride and its rxn
Alkanes
Alkenes
Alkynes
Benzene
Phenols- G.M.P.
Rxn. of Phenol
Rxn. of Phenol
3Aniline-G.M.P. & GR, Test of phenol and aniline, coupling
reactions
4 Chlorobenzene
Amino Acid & Proteins-Introduction, classification, physical
properties isoelectronic point
Reaction of Amino acid, protein and its classification
Carbohydrates-Introduction, Classification
Structure of monoseccharides (Glucose, fructose)
Reactions of monoseccharides
Disaccharides and polysaccharides
4 Polymers
5 Chemistry in every day life
10Biomolecules
(5)
1
2
3
Some other reactions
8
Carboxylic Acid
Derivatives and
Amines
(4)
1
3
9Aromatic Compound
(4)
1
2
7
Carbonyl compounds
(Aldehyde, Ketone)
(5)
2
4
5
S.No. Chapter NameLecture
No.Lecture Name
1
Introduction,Life Span & Life Expectancy,Difference Between
Asexual & Sexual
Reproduction,Fission,Budding,Frag+D3:D22mentation,
Regeneration,Sporulation
2 Vegetative Propagation – Natural and Artificial
3
Sexual Reproduction in Organisms Pre-
Fertilization,Fertilization and Post-Fertilization events
Parthenogenesis
1Steps of Reproduction, Male Reproductive System-
Testes,Epididymis,Vasa Deferens,Glands,Penis
2
Seminiferous Tubules,Sertoli Cells,Leydig Cells,Hormonal
Control,Spermatogenesis,Structure of Human Sperm,
Disorders of Male Reproductive System
3
Female Reproduction System-Ovary,FT,Uterus,Cervix
Vagina,External Genitalia,Bartholin,Skene and Mammary
Glands
4 Follicle Development in Ovary,Oogenesis
5Fraternal Twins,Hormonal Control in Females,Menstrual Cycle
,Estrous and Rut Cycle,Egg Membranes,Types of Eggs
6
Structure of Human Egg Fertilization Post Fertilization Events-
Cleevage,Morula,Blastocyst Types of Cleevage Monozygotic
Twins
7
Implantation Extra-Embryonic Membranes Gastrulation
Neurulation Fate of Three Germ Layers Placenta – Introduction
& Types
8Human Placenta Teratogens Umbilical Cord Gestation Period
Parturition Lactation Menstrual Hygiene
1Introduction-2011 Census Overpopulation and Its Solution
Amniocentesis MTP Infertility
2Contraception – Temporary & Permanent Sexually transmitted
Infections
1
Structure of Flower Androecium Structure of
Stamen,Anther,Anther Wall Structure of Microsporangia
Microsporogenesis Pollen Grain
2
Development of Male Gametophyte
Gynoecium,Megasporangium (Ovule) Structure & Its Types
Megasporogenesis Development of Female Gametophyte
3
Pollination and It''''s Types, Adaptations for Self and Cross
Pollination,Hydrophily Epihydrophily Agents of
Pollination,Mutualism,Pollen-Pistil Interaction,Double
Fertilization
4
Post-Fertilisation Events Embryo Development in Dicots &
Monocots Endosperm Development and Types Seed Structure
in Dicots and Monocots Endospermic and Non-Endospermic
Seeds
4Sexual Reproduction in
Flowering Plants
1 Reproduction in Organisms
2 Human Reproduction
3 Reproductive Health
NEET Early Droppers Course - 13th
Biology by Dr. Akanksha Agarwal (AA)(MS) Sir
5
Seed Germination,Dormancy and Viability Fruit –
fleshy,Dry,True,False and Parthenocarpic Parthenocarpy
Hybrid Seeds Apomixis Polyembryony and its Types
1
Origin of Universe and Earth Theories of Origin of Life on Earth
Theory of Abiogenesis,Biogenesis and Chemical Evolution
Experimental Proof of Chemical Evolution - Spark Discharge
Experiment Protobionts
2
Evidences for Evolution Morphological and Anatomical –
Homologous,Analogous ,Vestigeal,Atavism,Connecting Links
Biochemical,Embryological,Biogeographical Evidence
Paleontological Evidence,Carbon Dating,Geological Time
Scale
3
Geological Time Scale Theories for Biological Evolution
Lamarckism Weismann Theory of Continuity of Germplasm
Darwinism Mutation/Saltation Theory
4
Modern Synthetic Theory Genetic Drife Speciation – Allopatric
and Sympatric Reproductive Isolation Hardy Weinberg
Equilibrium Natural Selection – Examples and Types Mimicry
5 Evolution of Horse Human Evolution
1
Classification of Human Disease Germ Theory of Disease
Koch’s Postulates Bacterial Disease-
Plague,Cholera,Diphtheria,Leprosy,Pertussis,Pneumonia,Scarl
et Fever,Tetanus,TB,Typhoid,Botulism,Anthrax,Dysentery
2
Viral Diseases (Small Pox,Chicken
Pox,Measles,Rubella,Rabies,Influenza,Common
Cold,Herpes,Yellow
Fever,Dengue,Chikunguniya,Mumps,Polio,Hepatitis) Protozoal
Disease (Giardiasis,Trypanosomiasis,Leishmaniasis )
3
Pyorrhea,Amoebiasis,Sporozoal,Protozoan
Disease,Malaria,Schistosomiasis,Teniasis Cysticercosis
Ascariasis,Filariasis
4Some other Roundworm Diseases, Fungal Diseases, AIDS,
Cancer
5
Prevention and control of Disease, Antibiotics, Immunity,
Lymphoid Organs, Innate and Acquired Immunity (CMI and
AMI), Antibody Structure and Types, Ag-Ab Reaction
6
Primary and secondary immune response , Active and passive
immunity, Vaccination , Auto-immunity, Immunodeficiency
disease , Hypersensitivity/Allergy , Grafting and implantation of
organs
7
Mental Health and disease, Adolescence and Drug/Alcohol
Abuse, Opiate Narcotics, Coca Alkaloids, Cannabinoids,LSD,
alcohol and Tobacco abuse, Anabolic Steriods, Addication and
dependece, effect of Drug/alcohol Abuse, Prevention and
control
1Introduction, Microbes in Household Products, Microbes in
Industrial Products- Beverages
2 Microbes in Industrial Products, Microbes as Biofertilisers
3 Microbes in Sewage Treatment
7 Microbes in Human Welfare
4Sexual Reproduction in
Flowering Plants
5 Evolution
6 Human Health and Disease
4Microbes in Production of Biogas,Microbes as Biocontrol
Agents
1
Animal Husbandry,Method of Animal Breeding,Controlled
Breeding Technique (AI-MOET),Dairy and Poultry
Farming,Apiculture,Sericulture,Lac
Culture,Aquaculture,Pisciculture
2
"Plant Breeding,Main Steps of Plant Breeding
Experiments,Types of Hybridization Heterosis,Inbreeding
Depression,Mutation Breeding Green Revolution –Semi Dwarf
Wheat , Rice , Sugarcane , Millets"
3
"Plant Breeding for Disease Resistance,Plant Breeding for
Insect Pest Resistance Biofortification,Single Cell
Protein,Polyploidy - Triticale"
4
Plant Tissue Culture,Nutrient Media ,Sterilisation,Callus and
Suspension Culture,Meristem / Embryo / Haploid
Culture,Protoplast Fusion,Green Manure ,Energy Crops
,Petroleum Plants
1
"Principles Genetic and Biochemical Engineering Construction
of first RDNA Gene Cloning Tools for Genetic engineering
Lyasing Enzymes Restriction Endonucleases"
2
DNA ligase , DNA polymerase , Alkaline phosphatase,Cloning
vector (ori , cloning sites , selectable
markers),pBR322,Insertional inactivation,Blue white
screening,Ti plasmid,Competent host
3
"Processes of rDNA technology,Agarose gel electrophoresis
Polymerase chain reaction,Culture at large scale –
Bioreactors,Downstream processing"
1Introduction, Genetically Engineered Insulin, Gene Therapy,
Monoclonal Antibody
2PCR,Autoradiography,ELISA,Hirudin production,Golden rice,Bt
cotton,RNA interference
3
"Pest resistant tobacco,Flavr savr tomatoes,GMOs Transgenic
animals,Cloning ,Bioethical issues – biopatent , Biopiracy ,
Bioweapon"
1
Inheritance , Variations , Gentics Theory of Blending ,
Inheritance Pre- Mendelism,Some Important Terms in Gentics ,
Mendelism ,Rediscovery of Mendels Work
2
Reasons for Non-recognition and Success of Mendel’s work ,
Pisum Sativum as Experimental Model Emasculation and
Bagging Technique , List of 7 characters Chosen ,Inheritance
of One Gene ,Monohybrid cross , Law of Dominance
3Law of Segregation Monohybrid Test Cross Incomplete
dominance Pleiotropy Co-dominance Multiple allelism
4
Lethal genes , Dihybrid cross , Law of independent assortment
, backcross , outcross , test cross, reciprocal cross ,
Complementary / Duplicate / Additive duplicate/
Supplementary/ Collaborative genes
5
Epistasis-dominant & recessive , Monogenic and Polygenic
inheritance , Chromosomal theory of inheritance ,Drosophila as
experimental model ,Types of linkage , Linkage group ,
Morgans experiments , Recombination frequency , Linkage
maps
10Biotechnology and its
Application
11Principle of Inheritance and
Variation
7 Microbes in Human Welfare
8Strategies for Enhancement in
Food Production
9Biotechnology-principles and
processes
6
Sex Determination – Male & Female Heterogamety Sex
Determination in Human Haplodiploidy Genic Balance Theory
Mutations-Chromosomal and Gene Mutations
7Mutagen Barr Body Chromosomal Disorders Mendelian
Disorders
8Twins, Rh Inheritance, Cytoplasmic Inheritance, Pedigree
Analysis, Important Numericals
1
Nucleotide Structure of Polynucleotide Chain Double Helix
structure of B-DNA Packaging of DNA Helix Types of DNA and
RNA
2
Search for Genetic Material Transforming Principle by Griffith
Biochemical Characterization of Transforming Principle
Transduction Experiment Properties of Genetic Material
Central Dogma Reverse Central Dogma RNA World Clover
leaf model of t-RNA
3Semiconservative Replication of DNA Messelson and Stahl
Experiment Mechanism of DNA Replication
4
Why Transcription Does Not Occur on Both Stands of DNA
Transcription Unit Process of Transcription Post Transcriptional
Modification Genetic Code Experimental Proof of Triplet Codon
Salient Features of Genetic Code
5Genetic Code Chart Wobble Hypothesis Mutations and Genetic
Code Translation
6Regulation of Gene Expression ,Lac Operon , Tryptophan
Operon, Human Genome Project, DNA Fingerprinting
1
What is a Cell Cell Theory Types of Cells Structure of a
Prokaryotic Cell Difference Between Prokaryotic and
Eukaryotic Cell
2Difference Between Plant and Animal Cell Cell Wall Vacuole
Cell Membrane
3
Endomembrane System Endoplasmic Reticulum Golgi
Apparatus Lysosomes Microbodies- Spherosomes ,
Glyoxysomes , Peroxisomes Mitochondria Plastids
4Ribosomes Cytoskeleton Centrosome and Centrioles Cilia and
Flagella
5Nucleus Nuclear Envelop Nucleolus Chromatin Chromosome-
Structure and Types Giant Chromosomes
1Basis for Cell Division Amitosis Cell Cycle Check Points for
Cell Cycle
2 Mitosis Mitotic Inducers Mitotic Inhibitors
3 Meiosis
1
Biomolecules Extraction of Biomolecules Acid Soluble and Acid
Insoluble Biomolecules Ash analysis of Inorganic Compounds
Primary and Secondary Metabolites Amino Acids Proteins
2 Lipids, Monosaccharides
3 Polysaccharides Nucleotides Nucleic Acid ATP Structure
4 The living State Enzymes
12/3/4/5/6- Kingdom Classification Kingdom, Monera Nutrition
and respiration in Bacteria
2Reproduction in Bacteria Eubacteria Cyanobacteria
Mycoplasma Archaebacteria Economic Importance of Bacteria16 Biological Classification
13 Cell the Unit of Life
17 Cell Cycle and Cell Division
15 Biomolecules
11Principle of Inheritance and
Variation
12 Molecular Basic of Inheritance
3Kingdom Protista, Dinoflgellates, Chrysophyta, Euglenoids,
Slime Moulds, Protozoa
4Kingdom Fungi , Plantae , Animalia Mycorrhiza , Lichens
Viruses , Viroids , Prions
1Nutrition , Nutrients ,Important Minerals , Calorific value , PEM ,
Marasmus , Kwashiorkar , Vitamins
2
Human Digestive System – Buccal Cavity , Palate , Tongue ,
Teeth , Pharynx , Waldeyers Ring , Salivary Glands , Histology
of Alimentary Canal
3Oesophagus , Stomach , Small and Large Intestine , Liver ,Gall
Bladder , Pancreas , Digestive Juices
4Physiology of Digestion , Absorption of Food , Assimilation ,
Egestion , GIT Hormones , Disorders of GIT
1
Breathing and Respiration Aerobic and Anaerobic Respiration
Nasal Cavity Larynx Trachea , Bronchial and Respiratory tree
Lungs Thoracic Cage
2Steps in Respiration Breathing – Inhalation and Exhalation
Exchange of Gases at Alveolar and Tissue Surface
3Transport of Oxygen Oxyhaemoglobin-Dissociation Curve
Transport of CO2
4
Regulation of Breathing Respiratory Disorders Positive and
Negative Pressure Ventilation Lung Floatation Test Intra-
pleural Pressure
1Abo and RH Blood Erythroblastosis Fetalis Open and Closed
Circulatory System Artery Vein and Capillaries
2Evolution of Vertebrate Heart Human Heart – External and
Internal Heart
3Special Nodal Tissue Regulation of Heart Rate SV , EDV , ESV
, EF, CO Cardiac Cycle ECG
4Double Circulation , Coronary and Portal Circulation Disorders
of Cardiovascular System Lymph and Lymphatic System
1
Excretory Products, Excretory Organs in Animals, Human
Excretory System, Ureter, Urinary Bladder, Urethra, Internal
Structure of Kidney
2 Nephron Structure and Types , Steps of Urine Formation
3Counter-Current Mechanism , Urine Composition , Abnormal
Constituents of Urine , Osmoregulatory Role Of Kidneys
4Diuresis , Urea Cycle , Disorders of Renal System ,
Hemodialysis , Peritoneal Dialysis
1
Types of Movement ,Structure of Skeletal muscle , Muscle
Fibre , Myofilaments- Myosin and Actin ,, Sarcomere , Sliding
Filament Theory , Muscle Relaxation , Composition of Muscle
2Cori Cycle, Red and White Muscle Fibres, Muscle Twitch,
Muscle Fatigue, Rigor Mortis, Disorders of Muscular System
3Human Skeleton System, Axial and Appendicular, Joints,
Disorders of Skeletal System
1Generation and Conduction of Nerve Impulse , Synapse ,
Human Nervous System Classification
2Meninges , CSF , Hollow Neural System , Grey and White
Mater , Brain , Fore , Mid and Hind brain
22 Neural Control and Coordination
19 Body Fluids and Circulation
20Excretory Products and Their
Elimination
21 Locomotion and Movement
16 Biological Classification
17 Digestion and Absorption
18Breathing and Exchange of
Gases
3
Spinal Cord , Spinal and Cranial Nerves , Reflex Action and
Reflex Arc , Autonomic Nervous System (Sympathetic and
Parasympathetic)
4 Sense Organs - Human Eye
5 Disorders of Human Eye Human Ear
1
Endocrine Glands,Properties,Classification and Mechanism of
Action of Hormones ,Pituitary Gland,Hypothalamic Control
Over Pituitary,Disorders of Pituitary,Pineal Gland
2 Thyroid Gland, Parathyroid Gland, Thymus, Pancreas
3
Adrenal Gland, Testis and Ovary, Antagonistic and Synergistic
Hormones, Feedback Control, Hormones of Heart, Liver,
Kidney and GIT
1
Artificial , Natural , Phylogenetic Classification Systems ,
Branches of Taxonomy , Algae – Green , Brown , Red
AlgaeArtificial , Natural , Phylogenetic Classification Systems ,
Branches of Taxonomy , Algae – Green , Brown , Red Algae
2 Life Cycle of Alage ,Bryophytes-Mosses and Livermorts
3 Pteridophyta
4 Gymnosperms
5"Angiosperms, Life Cycle Patterns and Alternation of
Generations in Plants "
1"Ecosystem types , components , producers , consumers ,
decomposers , ecosystem structure , productivity "
2"Decomposition , Energy flow , food chain , food web , standing
state and standing crop "
3
"Ecological pyramids , Ecological succession , Succession of
plants – Lithosere and Hydrosere , Nutrient cycling , Carbon
and Phosphorus cycle , Ecosystem services "
1
"Biodiversity at genetic , species and ecosystem level , global
and Indian biodiversity , patterns of biodiversity (Latitudinal
gradients and Species-Area relation) , importance and loss of
biodiversity "
2
"Causes of loss of biodiversity (Evil quartet) , biodiversity
conservation (why and how) , In-situ and Ex-situ methods of
conservation , Earth and World summit "
1
"Types of pollution and pollutants , Air pollution , Acid rain ,
London and Los Angeles Smog , Case study of Delhi , Noise
pollution"
2
"Water pollution , BOD , Biomagnification , Eutrophication ,
Algal bloom , Ecological sanitation , Heated water , Solid
Municipal waste , Case study of Plastic waste , Hospital and
Electronic waste"
3
"Agro-chemical waste , Radioactive waste , Greenhouse effect
and Global warming , Ozone depletion , Soil erosion and
Desertification , Water logging and Soil salinity , Deforestation ,
Soil pollution"
1
"Levels of Organisation , Habitat and Niche , Major Biomes ,
Abiotic factors Temperature , Water , Light , Light zones in
Aquatic habitats"
28 Organisms and Populations
25 Ecosystem
26 Biodiversity and Conservation
27 Environmental Issues
22 Neural Control and Coordination
23Chemical Coordination and
Integration
24 Plant Kingdom
2
"Soil , Soil profile , Responses to Abiotic factors (Regulate ,
Conform , Migrate , Suspend) , Adaptations in Animals and
Plants (Xerophytes , Halophytes , Hydrophytes)"
3"Population Attributes , Age Pyramids , Population Growth
Models , Life History Variations ,
4Population Interactions Predation , Parasitism , Commensalism
, Ammensalism , Proto-cooperation , Competition , Mutualism
1 euglenoids, protozoa, basis of classification of animals
2Phyla Porifera ,Cnidaria ,Ctenophora ,Platyhelminthes
,Aschelminthes ,Annelida
3
Phyla Arthropoda , Mollusca , Echinodermata , Hemichordata ,
Chordata general characters , Urochordata , Cephalochordata ,
Cyclostomata class
4Chondrichthyes , Osteichthyes , Amphibia , Reptilia , Aves ,
Mammalia , Some important connecting links
1
The Root ( Root system types ,Regions ,Functions and
Modifications of root) ,The Stem ( Functions and Modifications)
,The Leaf Parts and Functions
2Venation ,types of leaves ,phyllotaxy ,modification of leaves
,inflorescence and it''''s types
3"Flower and it''''s Parts ,Calyx ,Corolla, Forms of Corolla,
Aestivation, Androecium, Adhesion, Cohesion, Gynoecium"
4"Placentation, Fruit, Seed, Structure of Dicot and Monocot
Seed, Semi Technical Description of Typical Flowering Plant"
5 Fabaceae,Solanaceae,Liliaceae ,Brassicaceae
1Animal tissue classification , Epithelial tissue ( Simple ,
Glandular and Compound)
2Loose and Dense Connective tissue,Skeletal connective tissue
( Bones and Cartilages)
3Vascular connective tissue ( Blood and Lymph) , Muscular
tissue , Neural tissue
4 Earthworm
5 Cockroach
6 Frog
32 The Living World 1
What is living,Diversity in Living World ,Nomenclature
,Taxonomic Hierarchy ,Taxonomical Aids ,Biological Concept
of Species
1
Hydroponics , Essential mineral elements , Criteria for
Essentiality , Functions of essential elements , Deficiency
symptoms , Toxicity of Micronutrients , Role of macro and
micronutrients
2
Mechanism of Absorption of Elements,Translocation of Solutes
,Soil as Reservoir of Essential Elements ,Nitrogen Cycle
,Biological Nitrogen Fixation .Root Nodule Formation ,Fate of
Ammonia
1
Short and long distance transport , Means of transport , plant
water relations , osmosis , osmotic pressure , solute potential ,
plasmolysis , pressure potential
2
Water potential , Diffusion pressure deficit , Imbibition , Long
distance transport of water , How do plants absorb water ,
Symplast and Apoplast pathways , Mycorrhiza
31Structural organization in
animals
33 Mineral Nutrition
34 Transport in Plants
28 Organisms and Populations
29 Animal Kingdom
30 Morphology of Flowering Plants
3
Water movement up a plant , Root pressure , Transpiration pull
theory , Stomatal apparatus , Opening and closing of stomata ,
Factors affecting transpiration , Anti-transpirants , Transpiration
and photosynthesis- a compromise
4
Uptake and transport of mineral nutrients , Translocation of
minerals ions , Phloem transport from source to sink , The
pressure or mass flow hypothesis
35 Respiration in Plants 1Respiration , Do plants breath, anaerobic and aerobic
respiration, Glycolysis
2Fermentation, Respiratory quotient, Scheme of Aerobic
respiration, Link reaction
3
Krebs cycle , Respiratory balance sheet , Compare
fermentation and aerobic respiration , Amphibolic pathway ,
Factors affecting respiration
4
Electron transport system , Oxidative phosphorylation , Glycerol
phosphate and Malate aspartate Shuttles , Pentose phosphate
pathway , Respiratory efficiency
1
Growth , Growth is measurable , Phases of growth , Conditions
for growth , Arithmetic and Geometric growth , Absolute and
Relative growth rate ,
2 Auxins , Gibberellins , Cytokinins , Ethylene , Abscissic acid
3 Photoperiodism , Vernalisation , Seed dormancy
1
Photosynthesis , Early experiments , Site of photosynthesis ,
Photosynthetic pigments , Absorption and Action spectrum ,
Red drop , Photosynthetic unit
2Photosystems I and II , Light and Dark reaction , Splitting of
Water , Cyclic and Non-cyclic photophosphorylationa
3Chemiosmotic hypothesis of ATP formation , Calvin cycle , C4
pathway
4CAM Pathway , Photorespiration , Bacterial photosynthesis ,
Factors affecting Photosynthesis
1 Meristematic Tissue, Simple and Complex Permanent Tissue
2Tissue system- Epidermal , Ground and Vascular ; Anatomy of
Dicot and Monocot Leaf
3 Anatomy of Dicot and Monocot Root, Dicot and Monocot Stem
4
Secondary growth in Dicot Stem , Spring and Autumn wood ,
Heart and Sap wood , Bark , Lenticels , Secondary growth in
Dicot Root
38 Anatomy of Flowering Plants
36 Plant Growth and Development
37 Photosynthesis in Higher Plants
34 Transport in Plants