study planner xi-jee main & advanced€¦ · 3.1 introductory concepts of kinematics 3.2 motion...

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with 50% marks in Mathematics and 50% marks in aggregate of Class 12th examination


92 Chapters / 960 Topics covered

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650+ hours of curated video content 1200+ Topics covered in-depth

45+ ebooks covering the entire syllabus


Chemistry MathematicsPhysics

Chapter 1: Physical World

2.1 Units and Dimensions

1.1 Physical World

Chapter 2: Units & Measurements

Chapter 1: Some Basic Concept of

Chemistry

1.2 Mole Concept

1.1 Laws of Chemical Combination

Chapter 1: Sets

1.1 Sets

1.2 Sets (Contd.)

April, 2020 (Week 1)Weekly Study Planner

April, 2020 (Week 2)


Chapter 2: Units & Measurements

2.2 Measurement

1.4 Measurement of Concentration


Chemistry

1.3 Limiting Reagent 6.1 Linear Inequalities

Chapter 6: Linear Inequalities

Chapter 2: Relations and Functions

2.1 Relation



Chapter 3: Motion in a Straight Line

3.1 Introductory Concepts of Kinematics

3.2 Motion in 1-Dimension

3.3 Motion under Gravity


Chemistry

1.5 Principle of Atom Conservation

(POAC)

1.6 Equivalent Concept

April, 2020 (Week 3)Weekly Study Planner

April, 2020 (Week 4)


4.1 Vector-I

3.4 Graphical Representation of Motion

Chapter 3: Motion in a Straight Line

Chapter 4: Motion in a Plane Chapter 2: Structure of Atom


Chemistry

1.7 Problems Based on Equivalent

Concept

2.1 Early Developments

2.3 Types of Functions

2.2 Function


2.5 Miscellaneous Examples


2.4 Domain, Range



4.3 Motion in 2-Dimensions

4.2 Vector-II

Chapter 4: Motion in a Plane Chapter 2: Structure of Atom

2.3 Hydrogen Emission Spectrum

2.2 Bohr's Quantum Theory

May, 2020 (Week 1)Weekly Study Planner

May, 2020 (Week 2)


Chapter 4: Motion in a Plane

4.4 Projectile Motion (Contd.)

4.5 Projectile on an Incline Chapter 3: Structure of Atom

Chapter 2: Structure of Atom

2.4 Dual Nature of Radiation

3.1 Early Developments

3.2 Identities, Domain, Range and Graph

Chapter 3: Trigonometric Functions

3.1 Measuring Angles and Allied Angles


3.3 Periods of Trigonometric Functions

3.4 Elimination Method




4.6 Relative Motion

4.7 Relative Motion (Contd.)

3.2 Periodic Properties

4.1 Introduction of Chemical Bond

Chapter 3: Structure of Atom

Chapter 4: Chemical Bonding & Molecular

Structure

May, 2020 (Week 3)Weekly Study Planner

May, 2020 (Week 4)


Chapter 5: Law of Motion


4.8 Kinematics of Circular Motion

5.1 Newton's Law of Motion

4.2 Covalent Bonding


Structure

4.3 Hybridisation


3.7 Conditional Identities, Summation

of Series

3.5 Sum/Difference of two Angles,

Transformation from Product to

Sum/Difference

3.6 Product to Sum/Difference Form,

Multiple Angles

3.9 General Solution of Different Types of Equations


3.8 Particular and General Solution

3.10 Equations in Two Variables and Examples



5.3 Conservation of Linear Momentum

and Variable Mass System

5.2 Newton's Law of Motion


4.4 Dipole Moment


Structure

4.5 Molecular Orbital Theory 3.12 Half-angle Results Area

3.11 Sine, Cosine, Tangent Rule

3.13 Ex-radii, Cyclic Quadrilateral,

Regular Polygon


June, 2020 (Week 1)Weekly Study Planner

June, 2020 (Week 2)



5.5 Constraint Equations

5.4 Application of Laws of Motion

(Contd.)

5.1 Gas Laws


Structure

4.6 Molecular Orbital Theory (Contd.)

Chapter 5: States of Matter

3.14 Pedal Triangle and Different Examples


Chapter 4: Principle of Mathematical Induction

4.1 Principle of Mathematical Induction




5.6 Friction

5.7 Friction (Contd.)

5.2 Ideal Gas Equation

5.4 Liquid State

Chapter 5: States of Matter

5.3 van der Waals' Gas Equation for

Real Gas

5.1 Cartesian Form and Algebra

5.3 Euler's Form, De-Moivre's Theorem,

Cube Roots, nth Roots


5.2 Polar Form, Square Root, Properties

of Modulus

June, 2020 (Week 3)Weekly Study Planner

June, 2020 (Week 4)



5.9 Dynamics of Circular Motion

5.8 Pseudo forces

Chapter 6: Basic Concepts

6.1 Basic Concepts

6.2 Heat parameters & Laws of heat

6.3 Heat Processes & entropy


5.4 Rotation, Geometry Introduction

5.5 Geometry with Complex Numbers

5.6 Loci, Miscellaneous Examples

5.7 Miscellaneous Examples on Complex

number



6.2 Work done by Common Forces and

Power

6.1 Work and Work-Energy Theorem

Chapter 6: Work, Energy & Power Chapter 6: Basic Concepts

6.4 Second law of Thermodynamics

6.5 Numericals on Thermodynamics

5.8 Quadratic Equation


5.10 Cubic Equation, Examples

5.9 Location of Roots

July, 2020 (Week 1)Weekly Study Planner

July, 2020 (Week 2)


Chapter 6: Work, Energy & Power

6.3 Conservation of Energy

6.4 Motion in Vertical Circle, Stability of

Equilibrium

6.6 Thermochemistry

Chapter 6: Basic Concepts

6.7 Numericals on Thermochemistry



9.1 Arithmetic Progression

Chapter 9: Sequences & Series

9.2 Geometric Progression



Chapter 6: Work, Energy & Power

Chapter 7: System of Particles & Rotational

Motion

6.5 Collision

7.1 Vector-III

7.1 Law of Mass Action

7.2 Equilibrium Constants

Chapter 7: Equilibrium Chapter 9: Sequences & Series

9.3 AGP, HP and Means

9.5 Special Series

9.4 AM GM HM (Means of Inequality)

July, 2020 (Week 3)Weekly Study Planner

July, 2020 (Week 4)


7.2 Centre of Mass and its Motion


Motion

7.3 C Frame and Centre of Motion for

Continuous Bodies

7.3 Le-Chatelier's Principle

7.4 Concept of Acid and Base

7.5 pH Value (Contd.)

Chapter 7: Equilibrium

8.3 Binomial Series-I

Chapter 8: Binomial Theorem

8.2 Rational Terms, Greatest Terms and

Multinomial Theorem

8.1 Introduction, General Terms and its

Applications



7.4 Rigid Body and Torque

7.5 Equilibrium and Moment of Inertia


Motion

7.7 Salt Hydrolysis

7.6 pH Value


August, 2020 (Week 1)Weekly Study Planner

August, 2020 (Week 2)


7.7 Rotation about Fixed Axis and Rolling

7.6 Moment of Inertia for Continuous

Bodies


Motion


7.8 Buffer Solution

7.9 Solubility Product

Chapter 8: Binomial Theorem

8.4 Binomial Series-II

8.5 Binomial Theorem (Any Index)

Chapter 7: Permutations & Combinations

7.1 Introduction

7.2 Permutation

7.5 Selection (Geometrical Application)

7.6 Selection and Arrangement


7.3 Rank and Circular Arrangement

7.4 Combination (Selection)




Motion

7.8 Dynamics of Rolling

7.9 Work and Energy

Chapter 8: Redox Reaction

8.2 Balancing of Redox Reactions

8.1 Oxidation Number

7.8 Miscellaneous Concepts

10.1 2D-Points


7.7 Division and Distribution

Chapter 10: Straight Lines

10.2 Different Forms of Straight Line

August, 2020 (Week 3)Weekly Study Planner

August, 2020 (Week 4)


7.10 Instantaneous Axis of Rotation and

Angular Momentum

7.11 Angular Momentum and its

Conservation


Motion

8.3 Titration


8.4 Galvanic Cell

10.5 Pair of Straight Lines

10.3 Perpendicular Distance, Foot, Image


10.4 Family of Lines, Angle Bisector



8.1 Gravitational Forces and Field

Intensity

8.2 Field Intensity due to Spherical

Bodies and Acceleration due to

Gravity

Chapter 8: Gravitation Chapter 9: Redox Reaction

9.1 Hydrogen as an Element

9.2 Uses of Hydrogen and Water

11.1 Different Forms of Circle




10.7 Miscellaneous Examples (Contd.)

Weekly Study Planner


8.4 Motion of Satellites and Planetary

Motion

Chapter 8: Gravitation

8.3 Gravitational Potential Energy and

Gravitational Potential

10.1 Qualitative Analysis 1


9.3 Hydrogen Peroxide

Chapter 10: Qualitative Analysis 11.3 Equation of Chord, Polar, Family of

Circles


11.2 Equation of Tangent and Normal

11.4 Common Tangents, Family of Circles

October, 2020 (Week 1)




10.1 Fluids and Hydrostatic Pressure

Chapter 9: Mechanical Properties of Solids

Chapter 10: Mechanical Properties of Fluids

9.1 Elasticity

Chapter 10: Qualitative Analysis

10.2 Qualitative Analysis 2

Chapter 11: The s-Block Elements

11.1 Group-1 Elements 11.7 Equation of Chord, Polar, Tangents

11.6 Parabola


11.5 Examples on Circle, Parabola




10.2 Pressure Inside Accelerated Liquids

and Atmospheric Pressure

10.3 Archimedes Principle 11.3 Some of the Chemical Reactions of

Group-2 Elements

11.2 Compounds of Sodium, Potassium

and Group-2 Elements

Chapter 11: The s-Block Elements

11.10 Diameter of Ellipse, Hyperbola

11.9 Ellipse-Tangent, Normal, Chord

11.11 Tangent, Normal of Hyperbola,

Rectangular Hyperbola

11.8 Ellipse-Standard Equation







10.5 Surface Tension (Contd.) and

Viscosity

10.4 Surface Tension

10.6 Fluid Dynamics

12.1 Group-13 Elements

Chapter 12: The p-Block Elements

12.2 Extraction of B and its Compounds

Physical Properties of Group-14

Elements

12.3 Group-14 Elements (Contd.) 12.1 Three Dimensional Geometries


11.12 Diameter of Hyperbola and

Miscellaneous Examples

Chapter 12: SIntroduction to Three

Dimensional Geometry



11.1 Thermometry and Thermal Expansion

11.2 Calorimetry and Modes of Heat

Transfer (Conduction)

11.3 Modes of Heat Transfer (Radiation)

Chapter 11: Thermal Properties of Matter

13.1 IUPAC Nomenclature of Organic

Compounds

13.3 Electronic Effects

Chapter 13: Organic Chemistry - Some

Basic Principle and techniques

13.2 Isomerism in Organic Compounds13.2 Examples on Limit

13.1 Limit - Methods to Find Limit

Chapter 13: Limits & Derivatives

November, 2020 (Week 1)




12.2 First Law of Thermodynamics

Chapter 12: Thermodynamics

12.1 Thermodynamic Processes and

Energy Terms in Thermodynamics

12.3 Specific Heats of a Gas and Second

Law of Thermodynamics

13.4 Aromaticity



13.5 Intermediate Compounds

13.3 1 Form and Series Expansion


13.4 Derivatives



Chapter 13: Kinetic Theory

Chapter 13: Kinetic Theory

14.1 Equation of SHM

13.1 Kinetic Theory of Gases

14.2 SHM Kinematics



13.6 Types of Organic Reactions

13.7 Purification of Organic Compounds

14.1 Mathematical Reasoning

Chapter 14: Mathematical Reasoning


13.5 L'Hospital Rule and Examples





Chapter 14: Oscillations

14.3 Angular SHM and Special Cases

14.4 Dampled Oscillation



13.8 Quantitative Analysis

13.9 Problems on JEE Advanced

Chapter 15: Statistics

13.3 1 Form and Series Expansion


16.1 Classical Definition of Probability



15.1 Wave Equation

Chapter 15: Waves

15.2 Wave in Strings

Chapter 14: Hydrocarbons

14.2 Alkanes (Contd.)

14.1 Alkanes


16.2 Axiomatic Approach of Probability

December, 2020 (Week 1)




Chapter 15: Waves

15.3 Energy of Waves and Superposition

15.4 Longitudinal Wave

14.5 Alkenes and Alkynes

14.4 Alkenes (Contd.)


14.3 Alkenes

Revision of Previous Topics



15.6 Longitudinal Standing Wave and

Beats

Chapter 15: Waves

15.5 Transverse Standing Wave


14.7 Aromatic Hydrocarbons

14.6 Alkynes (Contd.)






15.7 Interference and Doppler's Effect

Chapter 15: Waves Chapter 14: Hydrocarbons

15.1 Environmental Chemistry

14.8 Aromatic Hydrocarbons (Contd.)

Chapter 15: Environmental Chemistry


Weekly Study Planner January, 2021 (Week 1)


Thank YouALL THE BEST FOR YOUR EXAMS!!




study planner xi-jee main & advanced€¦ · 3.1 introductory concepts of kinematics 3.2 motion...

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