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Batch Starting Date
1-Apr-2025
2-Apr-2025
Part A |
Week |
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Chapter – 1A: Units, Dimensions and Vectors |
Class-1 |
Units & Dimensions |
2 April – 7 April |
Class-2 |
Application of Dimensional analysis, Significant figures |
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Class-3 |
Vectors basics, Addition of vectors |
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Class-4 |
Problems on addition, Subtraction of vectors |
9 April – 14 April |
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Class-5 |
Components of vector |
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Class-6 |
Forces in equilibrium, weight, Normal reaction |
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Class-7 |
Tension, Pulley problems |
16 April – 21 April |
|
Class-8 |
Dot Product, Cross Product |
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Chapter – 0: Mathematical Tools for Physics |
Class-1 |
Trigonometry, Coordinate Geometry |
23 April – 28 April |
Class-2 |
Differentiation |
||
Class-3 |
Graphical meaning of derivative, Maxima & minima |
||
Class-4 |
Integration, Area under curves |
30 April – 5 May |
|
Chapter – 2A: Kinematics of a Particle |
Class-1 |
Kinematical quantities, Uniform motion |
|
Class-2 |
Uniformly accelerated motion |
||
Class-3 |
Motion under gravity, Balloon problems |
7 May – 12 May |
|
Class-4 |
Instantaneous velocity & acceleration, Graphs |
||
Class-5 |
Motion with non-uniform acceleration (only basic problems) |
14 May – 19 May |
|
Class-6 |
Motion of two particles |
||
Chapter-3A: Motion in Two Dimensions |
Class-1 |
Ground to ground projectile |
|
Class-2 |
Equation of trajectory, Height to ground projectile |
21 May – 26 May |
|
Class-3 |
General 2D motion, Uniform circular motion |
||
Class-4 |
Non uniform circular motion, problems on circular motion with constant alpha |
||
Class-5 |
Relative Motion basics, overtake, shortest distance problems |
28 May – 2 June |
|
Class-6 |
Rain-man, River-swimmer |
||
Class-7 |
Problem Solving/doubts from module & workbook |
4 June – 9 June |
|
Chapter-4A: Dynamics of a Particle |
Class-1 |
Newton's laws and their applications |
|
Class-2 |
Weighing machine, Spring balance, Impulse |
||
Class-3 |
Friction: Static and Kinetic |
11 June – 16 June |
|
Class-4 |
Block over block system on smooth ground), Pseudo force |
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Class-5 |
Dynamics of circular motion |
||
Class-6 |
Banking of roads, spring force |
18 June-23 June |
|
Class-7 |
Problem Solving/doubts from module & workbook |
||
Chapter-5A: Energy & Momentum |
Class-1 |
Work |
25 June-30 June |
Class-2 |
Work energy theorem, Law of conservation of energy |
||
Class-3 |
Motion in vertical circle |
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Class-4 |
Relation between U and F, Power due to a force |
2 July-7 July |
|
Class-5 |
Law of Conservation of Momentum |
||
Class-6 |
Collisions |
||
Class-7 |
Centre of Mass |
9 July-14 July |
|
Class-8 |
Displacement, velocity and acceleration of COM |
||
Class-9 |
Problem Solving/doubts from module & workbook |
16 July-21 July |
Chapter-6A: Rotational Motion |
Class-1 |
Introduction, Moment of Inertia |
|
||
Class-2 |
Parallel axis and perpendicular axis theorem |
||||
Class-3 |
Torque, Equilibrium of rigid bodies, Fixed axis rotation |
23 July-28 July |
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Class-4 |
Problems on fixed axis rotation (Including energy conservation) |
||||
Class-5 |
General Rigid Body Motion Kinematics |
||||
Class-6 |
General Rigid Body Motion Dynamics |
30 July-4 August |
|||
Class-7 |
Rolling motion on inclined plane, Energy conservation |
||||
Class-8 |
Angular Momentum and its conservation |
6 August - 11 August |
|||
Class-9 |
Problem Solving/doubts from module & workbook |
||||
Chapter-7A: Gravitation |
Class-1 |
Universal Law of Gravitation, Gravitational force problems, Gravitational Field |
|||
Class-2 |
Acceleration due to gravity, variation in value of g with height, depth & latitutes |
13 August - 18 August |
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Class-3 |
Gravitational Potential Energy, Escape velocity |
||||
Class-4 |
Motion of satellite, Kepler's Laws |
||||
Chapter-8A: Liquids |
Class-1 |
Pressure due to a liquid column, U-tube problems, Barometer, Manometer |
20 August - 25 August |
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Class-2 |
Pascal's Law, Buoyant force, Archimedes Principle, Floatation |
||||
Class-3 |
Fluid Dynamics: Equation of continuity, Bernoulli's equation |
27 Aug. – 1 Sept. |
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Class-4 |
Velocity of efflux, venturi-meter, pitot tube |
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Class-5 |
Force due to Surface tension, Excess pressure, Surface energy |
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Class-6 |
Angle of contact, Capillary rise |
3 Sep. – 8 Sept. |
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Class-7 |
Stoke's law, Terminal velocity, Viscous drag force on flat plate |
||||
Class-8 |
Problem Solving/doubts from module & workbook |
||||
8 September to 22 September School Break
Chapter-9A: Properties of Matter |
Class-1 |
Calorimetry |
24 Sept. - 29 Sept. |
Class-2 |
Thermal Expansion |
||
Class-3 |
Heat transfer: Introduction to three modes, Conduction |
1 Oct. – 6 Oct. |
|
Class-4 |
Radiation, Elasticity: Logitudinal stress and strain |
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Class-5 |
Thermal stress, Elastic energy, Volume and shear stress and strain |
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Class-6 |
Problem Solving/doubts from module & workbook |
8 Oct. – 13 Oct. |
|
Chapter-10A: Gaseous State & Thermodynamics |
Class-1 |
KTG, Mean free path, Law of equipartition of energy, Internal energy of a gas |
|
Class-2 |
Zeroth Law & First Law, Molar Heat capacities: Cp, Cv, gamma for gases and gaseous mixture |
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Class-3 |
4 standard process: Isochoric, Isobaric, Isothermal, Adiabatic |
15 Oct. – 20 Oct. |
|
Class-4 |
Polytropic process, Cyclic Process & its efficiency |
Chapter-11A: Simple Harmonic Motion |
Class-1 |
Basics of SHM, Equations and Graphs: x-t, v-t, v-x, a-t, a-x, SHM as projection of uniform circular motion |
22 Oct. – 27 Oct. |
Class-2 |
Energy in SHM, Superposition of SHMs in same direction & perpendicular directions, |
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Class-3 |
SHM of spring block system |
||
Class-4 |
Angular SHM: Simple Pendulum, Physical pendulum |
||
Chapter-12A: Wave Motion |
Class-1 |
Wave motion basics, String wave: equation of wave, Speed of transverse wave on string |
5 Nov. – 10 Nov. |
Class-2 |
Intensity of string wave, Interference of waves travelling in same direction, Standing wave |
||
Class-3 |
Vibrations of string fixed at both ends, Vibrations of string fixed at one end and free at other end, Sound waves: introduction, Speed of sound, Intensity (loudness) |
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Class-4 |
Standing wave in sound: open and closed organ pipes, Beats |
12 Nov. – 17 Nov. |
|
Class-5 |
Problem Solving/doubts from module & workbook |
30 October to 3 November Diwali Break
Module 1, 2, 3 (Part A) complete till 17th November
CHEMISTRY LECTURE PLAN (PART - A) - JEE 2026 |
||
Module - 1A | Stochiometry - I |
||
Class 1 |
Define terms Atoms, Molecules, Compounds, and Mixture with examples (Refer NCERT) Define Atomic Mass, Molecular Mass, Mole, Molar Mass, Equivalent Mass (Refer Module) Discuss Laws of chemical Combinations and Empirical Formula & Molecular formula (Refer NCERT) |
2 April - 8 April |
Class 2 |
Define Number of Moles of molecules and constituents of molecule, Percent composition, Define and explain concentration of solution and concentration terms |
|
Class 3 |
Explain Interrelation between various concentration terms, Discuss Sampling, Mixing and Dilution of solution, Effect of temperature on concentration terms |
|
Class 4 |
Concepts of Stoichiometric calculations using Mole concept, Discuss percent purity, Percent yield, Introduce concept of Limiting reagent and Excess reagent |
9 April - 15 April |
Class 5 |
Introduce Equivalent concept, Discuss Volumetric and gravimetric analysis, Primary and secondary standard solutions, Explain Simple titration (Acid Base Titration) and Back Titration with examples (Refer module) |
|
Class 6 |
Problem solving |
|
Class 7 |
Problem solving |
16 April - 22 April |
Class 8 |
Doubts |
|
Module - 1A | Atomic Structure |
||
Class 1 |
Dalton’s Theory of atoms, Discovery of cathode rays and positive rays, e/m ratio, Oil drop experiments, Thompson model, Rutherford model, Atomic number and mass number, Isotopes, Isotones and isobars, Drawbacks of Rutherford model |
23 April - 29 April |
Class 2 |
Development leading to Bohr’s model, Electromagnetic spectrum, Continuous spectrum, Photoelectric effects, Spectrum of atom |
|
Class 3 |
Postulates of Bohr model, Derivation of radius of orbit, Velocity, Energy and ionization energy of electron |
|
Class 4 |
Types of spectra, Spectrum of H like species, Drawbacks of Bohr model |
30 April - 6 May |
Class 5 |
Dual nature of matter, De-Broglie wavelength, Uncertainty principle, Quantum numbers |
|
Class 6 |
Shapes of orbitals, Orientation of orbitals, Nodes, Plots of psi and psi2 |
|
Class 7 |
Filling of orbitals, Electronic configuration of atoms and ions, Magnetic moments, Orbital angular momentum |
7 May - 13 May |
Class 8 |
Problem solving |
|
Module - 1A | Periodic Properties |
||
Class 1 |
Earlier attempts of periodic classification of elements, Modern periodic table, Some other features of the periodic table, Groups and Periods |
15 May - 21 May |
Class 2 |
Block of the periodic table, Classification of elements based on their position in the periodic table, Penetration effect, Shielding effect |
|
Class 3 |
Periodic properties-Valence, Atomic radii, Ionization energy, Electron affinity |
|
Class 4 |
Electronegativity, Oxidation state, Inert pair effect, Metallic Character, Chemical reactivity, Magnetic effect |
23 May - 29 May |
Module - 1A | Chemical Bonding |
||
Class 1 |
Chemical Bond, Types of Bonds, Formation of Ionic Bond, Lewis, Theory (Lewis Structure) |
23 May - 29 May |
Class 2 |
Covalent bond and formation of Covalent bond and Coordinate bond, Lewis structure |
|
Class 3 |
Electron precise, Deficient and rich compounds, Expansion of octet, Terminology related to covalent bond |
30 May - 5 June |
Class 4 |
Dipole Moment, Percent ionic character, VSEPR Theory, Effect of electro negativity on bond angle |
|
Class 5 |
VBT, Hybridization Theory, Orbital diagram |
6 June - 12 June |
Class 6 |
MOT, Linear combination of atomic orbitals, Atomic orbital interaction diagrams, Magnetic properties of molecules |
|
Class 7 |
Intermolecular forces |
|
Class 8 |
Problem solving |
14 June - 20 June |
Module - 2A | Thermochemistry |
||
Class 1 |
Basics of Thermodynamics-systems, Surrounding, Types of systems, Thermodynamic Properties-Intensive and extensive, The state of the system-state functions, Internal energy, Work and heat |
14 June - 20 June |
Class 2 |
First law of Thermodynamics, Sign convention for work and heat, Internal Energy change, Enthalpy, Enthalpy change, Exothermic and Endothermic reactions, Heat capacity, Relation between enthalpy change and internal energy change |
|
Class 3 |
Standard conditions, Standard enthalpy change, Factors affecting enthalpy change - reactant, Product, physical state, Temperature, Standard enthalpy change of formation, Hess law |
22 June - 28 June |
Class 4 |
Concept of calorimeter, Types of enthalpy change of reactions- standard enthalpy change of formation, Standard enthalpy change of combustion, Standard enthalpy change of phase change, Standard enthalpy change of atomization |
Class 5 |
Standard enthalpy change of bond dissociation - average bond dissociation enthalpy, Lattice enthalpy and hydration enthalpy, Enthalpy change of solution, Enthalpy change of dilution, Enthalpy change of neutralization, Enthalpy change of ionization of weak acid or base, Born Haber cycle, Enthalpy of polymerisation |
29 June - 5 July |
Module - 2A | Thermodynamics |
||
Class 1 |
Define system, surrounding and universe, Types of systems, States of system, State function and path function, Internal energy, Internal energy change, Pressure volume work, Types of processes, Reversible and irreversible processes |
29 June - 5 July |
Class 2 |
Heat capacity and Molar heat capacity at constant pressure and constant volume, Determination of w, q, DH and DU for a process and a reaction, First law of Thermodynamics, Work done, Heat exchanged and change in internal energy and enthalpy for Isothermal (Reversible and Irreversible), Adiabatic (Reversible and Irreversible), Isochoric and Isobaric process. PV diagram for reversible process |
|
Class 3 |
Spontaneity and Limitations of First law of thermodynamics, Second law of thermodynamics, Statements of second law of thermodynamics, Entropy – entropy as state function, Heat exchange and entropy change, Effect of temperature on entropy, Entropy change and temperature, Effect of volume, Mole on entropy, Entropy of different states of matter |
6 July - 12 July |
Class 4 |
Entropy changes for system, Surrounding and total entropy change, Entropy change at equilibrium, Total entropy change for spontaneous process, Entropy change for Isothermal process and Adiabatic process, Entropy change for reaction |
|
Class 5 |
Finding direction of spontaneity, Calculating entropy change in phase change, Entropy of a substance, Gibb’s energy, Energy, which is not available to do useful work, Net energy available to do useful work, Free energy of reaction Gibb’s energy change and spontaneity, Gibb’s equation |
|
Class 6 |
Gibb’s energy change and equilibrium, Standard Gibb’s energy change and equilibrium constant, Effect of temperature on spontaneity of reaction, Variation of Gibb’s energy and equilibrium constant |
13 July - 19 July |
Class 7 |
Problem Solving |
|
Class 8 |
Doubts |
21 July - 27 July |
Module - 2A | Chemical Equilibrium |
||
Class 1 |
Define equilibrium, Dynamic nature of equilibrium using rate of forward and reverse reaction, Classification of chemical equilibrium based on extent of reaction, Equilibrium in physical processes-phase transformation processes, Equilibrium involving dissolution of solid or gases, Features of physical equilibrium, General characteristics of equilibria involving physical processes |
21 July - 27 July |
Class 2 |
Equilibrium in Chemical Processes-Dynamic equilibrium, Law of chemical equilibrium and equilibrium constant, Equilibrium constant of reverse reaction, Relation between equilibrium constats for a general reaction and its multiples, Homogeneous equilibria |
|
Class 3 |
Equilibrium constant in gaseous systems, Relation between Kc and Kp, Kp for selected reactions, Heterogeneous equilibria, Units of Equilibrium constants, Applications of Equilibrium constants, Predicting the Extent of a reaction, Predicting the direction of the reaction (Reaction Quotient) |
29 July - 4 August |
Class 4 |
Calculating equilibrium concentration, Relationship between equilibrium constant K, Reaction quotient Q and Gibb’s energy, Equilibrium constant using standard free energy change, Degree of dissociation and Vapour Density |
|
Class 5 |
Factors affecting equilibria-Le-Chatelier’s Principle-Effect of concentration change, (Effect of concentration-An experiment), Effect of pressure change, Effect of Inert gas addition, Effect of temperature change, (Effect of temperature-An Experiment), Effect of catalyst |
|
Class 6 |
Problem solving and Doubts |
5 August - 11 August |
Module - 2A | Ionic Equilibrium |
||
Class 1 |
Define chemical substance as electrolyte and non-electrolyte, Weak and strong electrolyte, Define ionic equilibrium, Water as universal solvent, Discuss characteristics of Acids, Bases, and salts, Distinguish dissociation and ionization, Factors affecting extent of ionization |
5 August - 11 August |
Class 2 |
Arrhenius concept of Acids and Bases-Limitation of Arrhenius concept, The Bronsted-Lowry Acids and Bases- concept of conjugate acid base pair, Relative strength of conjugate acid and base, Acid base chart, Limitation of Bronsted concept, Amphoteric nature of water, Lewis Acids and bases, Common stronger acids and bases, Typical weak acids |
12 August - 20 August |
Class 3 |
Self-ionization of water, Ionization constant(ka) of water, Hydronium and Hydroxyl ion, Ionic product (Kw) of water, Acidic, Neutral and basic aqueous solutions by the relative values of H+ and HO- concentration, activity of hydrogen ion, The pH scale, pH of some common substances, pH, pOH and relation between pH and pOH, Effect of temperature on ionization of water and pH scale |
|
Class 4 |
Ionization of weak acid and ionization constant of weak acids, step-wise approach to evaluate pH of the weak electrolyte. Ka of some selected weak acids. Ionization of weak bases, Kb of some selected weak bases, Relation between Ka and Kb, Ionization equilibrium and stepwise ionization constants of Polyacid bases and Polybasic acids |
|
Class 5 |
Common Ion effect, pH of mixture of strong acid and weak acid, Buffer solution-definition, Example and pH of acidic and basic buffer |
21 August - 27 August |
Class 6 |
Hydrolysis of salt and the pH of their solutions, Explain cationic hydrolysis and anionic hydrolysis pH of solution of salt made up of strong acid and strong base, pH of salt made up of strong base and weak acid, pH of salt made up of strong acid and weak base, pH of salt made of weak acid and weak base |
Class 7 |
Solubility equilibria of sparingly soluble salts-Classification of salt as soluble, Slightly soluble and sparingly soluble salt, Solubility product constant, Relation between solubility and Ksp, Determination of solubility of salt |
|
Class 8 |
Effect of common ion solubility of ionic salts, Effect of pH on solubility of salts of weak acids |
29 August - 4 September |
Class 9 |
Precipitation of salt, Condition for precipitation of salt, Precipitation of salt using H2S |
|
Class 10 |
problem solving and Doubts |
19 September - 25 September |
Module - 2A | Redox Reactions |
||
Class 1 |
Classical idea of redox reactions - oxidation and reduction reactions (refer NCERT) Redox reactions in terms of electron transfer reactions (refer NCERT) Competitive Electron Transfer reactions (refer NCERT) Oxidation Number and rules for determination of oxidation number, Stock Notation, Fractional oxidation state, Oxidation and Reduction in terms of oxidation number, Oxidising agent and reducing agent |
19 September - 25 September |
Class 2 |
Type of redox reactions-Combination, Decomposition, Displacement (all types), Disproportionation and comproportionation, Balancing of redox reactions, Oxidation state method classify reactant as oxidant, Reductant, Redox and spectator in balanced reaction, Ion – electron method. |
26 September - 3 October |
Class 3 |
Redox reactions as the basis for Titrations (using KMnO4, K2Cr2O7, CuSO4 and KI) and indicators used in redox titrations, Bleaching action, Volume strength of hydrogen peroxide relation between volume strength and molarity, mass percent of H2O2 solution Stoichiometric calculations based on redox reactions using mole concept, Consider suitable example for discussion of concept of limiting and excess reagent, Sampling, dilution and use of volume strength of H2O2 |
|
Class 4 |
Equivalent mass of oxidant, reductant, redox substance, and spectator, Discuss important oxidant and reductant used in stoichiometric calculations based on redox reactions such as KMnO4, K2Cr2O7, H2O2, H2C2O4, KHC2O4 etc |
|
Class 5 |
Redox reactions and electrode processes |
5 October - 11 October |
Module - 3A | IOC |
||
Class 1 |
General Introduction, Shape of carbon compounds, Type of Carbon and Hydrogen atom, Condensed structure of Organic Compound (NCERT Examples only), Three dimensional (Wedge dash) representation of organic compounds, Classification of organic compounds, Functional Groups and Homologous series |
5 October - 11 October |
Class 2 |
IUPAC Nomenclature of hydrocarbons and parent chain-Alkyl, Alkeneyl, IUPAC Nomenclature of saturated hydrocarbons |
|
Class 3 |
IUPAC Nomenclature of unsaturated hydrocarbons and Functional Groups (Use example of all chapters of NCERT only) |
13 October - 19 October |
Class 4 |
IUPAC nomenclature of functional groups (use example of all chapters of NCERT only), Trivial names of organic compounds, Bond line structure of organic compound, IUPAC Nomenclature of polyfunctional groups |
|
Class 5 |
Structural isomerism (From Notes of Bade Bhaiya), IUPAC Nomenclature of cyclic compounds and Benzene Derivatives (Using examples of these in structural isomerism) |
20 October - 26 October |
Class 6 |
Confirmational isomers (Ethane, Butane, Butan-2, 3-diol only) |
|
Class 7 |
Geometrical isomers of XYC = CXY, XYC = CXZ and XYC = CZW type, Compare melting point, Boiling point, Dipole moment, Solubility of Cis-Trans But-2-ene |
|
Class 8 |
Optical Isomers of compounds containing 1 and 2 chiral carbons (Use Example: 2-Chlorobutane; 2, 3-Dichloropentane; 2, 3-Dichlorobutane only) |
27 October - 3 November |
Class 9 |
Resonance |
|
Class 10 |
Resonance and Aromaticity |
4 November - 10 November |
Class 11 |
Electronic Effects |
|
Class 12 |
Type of Intermediates and Stability of Intermediates |
12 November - 18 November |
Class 13 |
Basics of organic reactions (Substrate, Reagents), Type of organic reactions and purification of organic compounds |
|
Class 14 |
Qualitative and Quantitative analysis |
|
Class 15 |
Qualitative and Quantitative analysis |
20 November - 26 November |
Module - 3A | Hydrocarbons |
||
Class 1 |
Preparation of Alkanes 1. From unsaturated hydrocarbons 2. From reduction of alkyl halide using Zn/HCl 3. From Wurtz Reaction-Intermolecular and Intramolecular Wurtz reaction 4. From soda lime decarboxylation 5. From Kolbe’s Electrolysis using mechanism 6. From Grignard reagent and metal carbides 7. From reduction of Alcohol, Aldehyde/ketone (Clemensen reduction), Carboxylic acid |
20 November - 26 November |
Class 2 |
Physical Properties of Alkane: Physical state, Solubility, Boiling point (Effect of Branching), Melting point, Stability of isomeric alkanes Chemical Properties of Alkanes 1. Substitution reaction- halogenation, mechanism, regiochemistry, stereochemistry of reaction |
Class 3 |
2. Combustion, heat of combustion, incomplete combustion 3. Controlled combustion and oxidation to alcohol 4. Isomerization reaction 5. Aromatization 6. Reaction with steam 7. Pyrolysis Preparation of Alkenes 1. From alkyne 2. From alkyl halide using alc KOH, NaNH2, t-BuOK/t-BuOH (Saytzeff and non-Saytzeff product) 3. From vicinal dihalides |
27 November - 3 December |
Class 4 |
4. From alcohol by acidic dehydration Physical Properties of Alkenes: Physical state, Boiling Point, Solubility, Melting Point and Density etc. Chemical Properties of Alkenes 1. Addition of HX 2. Addition of H+/H2O 3. Addition of cold concentrated H2SO4 4. Addition of HBr in presence of peroxide mechanism |
|
Class 5 |
5. Addition of X2/CCl4, X2/H2O 6. Oxidation using dil cold aq KMnO4 - balanced chemical reaction and example 7. Oxidation using acidic KMnO4 or acidic K2Cr2O7 8. Ozonolysis of alkene- reductive and oxidative, detecting position of double bond in alkenes and other unsaturated compounds 9. Free radical halogenation in propene, 2-butene, isobutene 10. Polymerization of alkene Chemical Test for Unsaturation in Organic Compounds- Br2/Water and Baeyer Reagent Test |
|
Class 6 |
Preparation of Alkyne 1. From calcium carbide, magnesium carbide 2. From vicinal dihalide using alc KOH, NaNH2 3. Preparation of higher alkyne using lower terminal alkyne Physical Properties of Alkyne Physical state, Polar nature of alkyne, solubility in water, boiling point, melting point and density etc. Chemical properties of Alkyne 1. Acidic nature of terminal alkyne, Explanation of acidic nature, Reactions due to acidic nature |
4 December - 10 December |
Class 7 |
2. Addition reactions- Addition of H2 3. Partial hydrogenation of alkynes 4. Addition of HX 5. Addition of water- on ethyne, propyne, phenylethyne 6. Addition of X2/CCl4 and X2/H2O 7. Ozonolysis of alkyne 8. Polymerization of alkyne-Linear polymerization and cyclic polymerization 9. Chemical test for terminal alkyne Addition Reaction of Alkadienes (1,2 and 1,4 Addition) |
|
Class 8 |
Preparation of Benzene 1. From ethyne 2. From decarboxylation of aromatic acids 3. From reduction of phenol 4. From sulphonic acid Chemical Properties of Benzene Addition Reactions of Benzene 1. Addition of H2-reaction conditions 2. Addition of Cl2-reaction conditions 3. Combustion reaction 4. Ozonolysis of benzene, toluene 5. Side chain oxidation 6. Side chain Halogenation |
|
Class 9 |
Electrophilic Substitution Reactions of Benzene 1. Nitration- Nitrating mixture, mechanism 2. Halogenation- use of Lewis acid catalyst 3. Sulphonation-use of oleum 4. Friede Crafts reaction alkylation- Mechanism, Rearrangement 5. Friedel Crafts acylation reaction-Mechanism- using acid halide and anhydride |
11 December - 17 December |
Class 10 |
Electrophilic Substitution Reactions of Substituted Benzene 1. Reactivity order 2. Directive influence of substituent in monosubstituted benzene Carcinogenicity and Toxicity |
|
Class 11 |
Problem solving and Doubts |
MODULE – 1A
Part A |
Week |
||
Chapter – 1: Sets, Relation and Functions |
Class-1 |
Sets, Representation of Sets, Types of Sets |
2 April – 7 April |
Class-2 |
Subsets, Power set, Universal Set, Complement of Set |
||
Class-3 |
Union and Intersections of Sets, Venn diagrams |
||
Class-4 |
Cartesian Product of Sets, Relations |
9 April – 14 April |
|
Class-5 |
Functions, domain and Range |
||
Class-6 |
Polynomial Functions, Factor Theorem, Greatest Integer, Fractional Part, Signum Functions |
||
Chapter – 2: Basics of Mathematics |
Class-1 |
Linear Inequality, Componendo and Divinendo |
16 April – 21 April |
Class-2 |
Rational Inequality |
Chapter – 2: Basics of Mathematics |
Class-3 |
Log Identities |
23 April – 28 April |
Class-4 |
Log Inequality |
||
Class-5 |
Modulus |
||
Class-6 |
Modulus Inequality |
30 April – 5 May |
|
Chapter – 3: Quadratic Equations |
Class-1 |
Properties of Roots / Formation of Quadratic Equation |
|
Class-2 |
Nature of Roots, Identity, Common Roots, Relation between roots & Coefficients of Cubic, Biquadratic |
||
Class-3 |
Equation Reducible to Quadratic Transformation of Equation, Finding roots by Observation |
7 May – 12 May |
|
Class-4 |
Graph of Quadratic Polynomial Completing the Square & its Range (Max./Min. Quadratic) |
Chapter – 3: |
Class-5 |
Quadratic Inequation Based on > ³ £ < |
" |
Î |
|
|
Quadratic Equation |
14 May – 19 May |
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Class-6 |
Rational Expression range |
|||||
|
Class-1 |
L and R Relation, Sign of Trigonometric function |
|
|||
Class-2 |
Trigonometric Identities Part-1 (Compound Angles) |
|
||||
Chapter-4: |
Class-3 |
Multiple Angle / Submultiple Angle |
21 May – 26 May |
|||
Class-4 |
- q + q - - - based problems + Conditional Identities |
|||||
Trigonometry |
|
|||||
|
Class-5 |
Basic Graph / Domain / Range |
28 May – 2 June |
|||
|
Class-6 |
Basic Trigonometric Equations & Inequations |
Chapter-5: Complex Numbers (Class XI NCERT) |
Class-1 |
Basic, Algebra of Complex Numbers, Properties of , Representation of complex Numbers on argand plane, Modulus, Argument, Conjugate definition |
4 June – 9 June |
Class-2 |
Modulus, Argument, Conjugate Properties, Polar form |
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Class-3 |
Problem Solving |
Chapter-6: Sequence & Series |
Class-1 |
AP + Properties + AM |
11 June – 16 June |
Class-2 |
G.P. + Properties + GM and infinite G.P. |
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Class-3 |
H.P. + HM + Basic (AM, GM Inequalities) |
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Class-4 |
Mixed Topic AP, G.P., H.P. + AGP |
18 June-23 June |
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Class-5 |
Special Series based on å å å |
Chapter-6: Sequence & Series |
Class-6 |
Method of Difference |
25 June-30 June |
Class-7 |
Problem Solving |
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Chapter-7: P & C |
Class-1 |
Number Formation |
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Class-2 |
2 July-7 July |
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Class-3 |
Selection with constraint: TPC – (1-7) |
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Class-4 |
TPC – (8, 9, 10) |
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Class-5 |
Rank of Word, Geometrical (Points of Intersection), Sum of Numbers, Derangements |
9 July-14 July |
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Class-6 |
Circular Permutation + Problem Solving |
Chapter – 8: Binomial Theorem |
Class-1 |
Properties based on + General term-based question |
16 July-21 July |
Class-2 |
Problem solving |
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Class-3 |
Find coefficient, Term independent of x |
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Class-4 |
Series basic , , + |
23 July-28 July |
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Class-5 |
Remainder, I + F type, Multinomial |
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Chapter-9: Straight Line |
Class-1 |
Coordinate Plane, Distance Formula, Section Formula, Area, Concurrency of Lines, Slope of Lines and Angles between Two Lines |
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Class-2 |
Various form of Line (Except Parametric form of Line) |
30 July-4 August |
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Class-3 |
Parametric form (Distance of a Points from Lines + Distance between Two Lines) |
Chapter-9: Straight Line |
Class-4 |
Center of Triangles (Special Points: Centroid, Orthocenter, Circumcenter, Incenter) |
6 August - 11 August |
Class-5 |
Position of Points + Locus Part-1 |
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Class-6 |
Locus Part-2 |
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Chapter-10: Circles |
Class-1 |
General Equation of Circles + Various forms of Circles |
13 August - 18 August |
Class-2 |
Position of Point w.r.t Circles, Intercepts of Circles + Line and Circles (Condition of Tangency) |
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Class-3 |
Equation of Tangent/Normal in different forms |
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Class-4 |
Intersection of Circles + Common Tangents |
20 August - 25 August |
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Class-5 |
Equation of Chord of Contact, T = S1, Families of Circles |
Chapter-10: Circles |
Class-6 |
Locus based on Point of Intersection of Two Tangents + Mid- Point of Chord, and Chord of Contact |
27 Aug. – 1 Sept. |
Class-7 |
Problem Solving |
Chapter-11: Conic Sections |
Class-1 |
General Conic Definition, Standard Parabola Elements, Parametric form |
27 Aug –1 Sept |
Class-2 |
Shifted Origin, Elements |
3 Sep. – 8 Sept. |
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Class-3 |
Tangents and Normals to the Parabola, Chord of Contact, T=S1 |
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Class-4 |
Problem Solving |
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Class-5 |
Standard Ellipse Elements, Parametric form |
24 Sept. - 29 Sept. |
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Class-6 |
Equations of Tangents and Normals, Chord of Contact, T = S1, Director Circles |
8 September to 22 September School Break
Chapter-11: Conic Sections |
Class-7 |
Problem Solving |
1 Oct. – 6 Oct. |
Class-8 |
Hyperbola Elements, Parametric form |
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Class-9 |
Equation of Tangent and Normals, Chord of Contact, T=S1 |
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Class-10 |
Rectangular Hyperbola, Problem Solving |
8 Oct. – 13 Oct. |
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Chapter-12: Complex Numbers |
Class-1 |
Revision |
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Class-2 |
De Moivre's theorem, Square Root of Complex Number, Argument, Conjugate Properties |
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Class-3 |
Cube of root of Complex Number and their Properties, Nth roots of Unity |
15 Oct. – 20 Oct. |
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Class-4 |
Problem Solving |
Chapter-12: Complex Numbers |
Class-5 |
Problem Solving, Problems based on Modulus and Argument |
22 Oct. – 27 Oct. |
Class-6 |
Solving of Complex Equation + Basic Locus Problems |
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Class-7 |
Triangle Law Inequalities, Distance Formula, Section Formula, Angle between Two Rays, Rotation Theorem |
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Class-8 |
Standard Locus + Problem Solving |
5 Nov – 10 Nov |
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Chapter-13: Statistics |
Class-1 |
Measures of Central Tendency, Central Dispersion |
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Class-2 |
Variance & Standard Deviation, Mean Deviation |
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Chapter-14: Functions |
Class-1 |
Cartesian product of two sets, Types of Relations |
12 Nov – 17 Nov |
Class-2 |
Domain of Functions |
30 October to 3 November Diwali Break
Module 1, 2, 3 (Part A) complete till 10th November
Chapter-14: Functions |
Class-3 |
Standard Functions, Log, [.], {.}, sgn(.) properties |
19 Nov. – 24 Nov. |
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Class-4 |
Even-Odd Function, Periodic Functions |
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Class-5 |
Transformation – 1, ® ® - ® - ® |
± ® |
® |
± |
® |
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Class-6 |
Transformation – 2, |
® |
, |
|
® |
26 Nov. – 30 Nov. |
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Class-7 |
Range of Function |
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Class-8 |
Mixed Problems |
The academic journey begins by reinforcing the fundamentals of PCM and enhancing students' analytical, logical skills thus broadening their thinking horizon. The pedagogy integrates both NCERT & JEE preparation. Students are also encouraged to participate in milestone exams viz. Olympiads and other scholastic exams, which serve as valuable stepping stones for future competitive exams like JEE Main & Advanced.
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