Study Planner XII-JEE MAIN & ADVANCED · 2020-03-17 · 8.3 f-Block Elements Chapter 8: The p-Block...

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XII-JEE MAIN & ADVANCED

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JEE (Joint Entrance Examination)

National Testing agency has been entrusted the responsibility of conducting Joint Entrance Exam (JEE) from 2019 onwards. NTA

will conduct JEE (Main) examination in two phases for admission to engineering programmes at NITs, IITs, IIITs and CFTIs.

However, it is not compulsory for the candidates to appear for both the phases but in case a candidate appears for both the

phases, the best of the two scores is used for eligibity for JEE(Advanced)

Eligibility for admission to NITs, IITs and CFTIs participating through Central Seat Allocation Board

Admission to B. E / B.Tech /B.Arch /B.Planning courses will be based on All India Rank subject to the condition that the

candidate should have secured at least 75% marks in the 12th Class. For SC/ST candidates the qualifying marks should be

65% in 12th Class / qualifying examination conducted by the respective Boards.

The eligibility criteria for admission to B.Arch course other than NITs, IITs and CFTIs as decided by Council of Architecture

for admission to B.Arch is 50% marks in Physics,Chemistry and Mathematics and also 50% marks in aggregate of the

qualifying examination.

The eligibility criteria for admission to B.Planning is that the candidates should have passed the qualifying examination

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


This course has been designed to give you an edge over other students while appearing for JEE. It covers up all the topics with an emphasis on each topic in proportion to JEE.

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480+ hours of curated video content 1000+ Topics covered in-depth


45+ ebooks covering the entire syllabus

Chemistry MathematicsPhysics

Chapter 1: Electric Charges and Field

1.1 Electrostatics_1_1


1.1 General Properties and

Crystallography

Chapter 1: Solid State

1.2 Voids and Packing of Spheres

1.2 Function – Domain and Range

Chapter 1: Relations and Functions

1.1 Relation, Definition Types

April, 2020 (Week 1)Weekly Study Planner

April, 2020 (Week 2)



1.4 Field Lines & Flux


1.4 Defects and Imperfections

Chapter 1: Solid State

1.3 Ionic Crystals


1.3 Range, Types of the Function

1.4 Composite, Inverse, Even, Odd

Functions






Chapter 2: Solutions

2.1 Concentration Terms

2.2 Types of Solutions

April, 2020 (Week 3)Weekly Study Planner

April, 2020 (Week 4)


Chapter 2: Electrostatics Potential and

Capacitance




2.3 Colligative Properties (Part-I)

2.4 Colligative Properties (Part-II)


1.5 Periodic Functions and

Miscellaneous Examples

1.6 Binary operations

2.1 Introduction and Inverse of Basic

Trigonometric Functions

Chapter 2: Inverse Trigonometric

Functions

2.2 Properties of Inverse





Capacitance



3.1 Electrolytic Conductances


2.5 Osmotic Pressure and Vant Hoff

Factor

Chapter 3: Electrochemistry

3.2 Equivalent Conductance at Infinite

Dilution

May, 2020 (Week 1)Weekly Study Planner

May, 2020 (Week 2)



Capacitance



2.6 Electrostatics_2_6 3.3 Electrolysis

3.5 Electrochemical Cells Part-2

Chapter 3: Electrochemistry

3.4 Electrochemical Cells Part-1

2.3 Converse of One Inverse into Inverse


Functions

2.4 Sum or Difference of Inverse

Function


Functions

2.5 Inverse of Multiple Angle

2.6 Miscellaneous Concepts and

Examples




Capacitance




4.3 Factors Affecting Rate of Reaction

(Part-2)

4.2 Factors Affecting Rate of Reaction

(Part-1)

Chapter 4: Chemical Kinetics

4.1 Rate of Reaction

May, 2020 (Week 3)Weekly Study Planner

May, 2020 (Week 4)





Capacitance

4.6 First Order Kinetics (Part-1)

Chapter 4: Chemical Kinetics

4.5 Nuclear Chemistry

4.4 Rate Kinetics

Chapter 3: Matrices

3.1 Types and Algebra of Matrices

3.2 Matrix Multiplication

3.3 Transpose and Inverse

4.3 Adjoint of a Matrix, System of

Equations

Chapter 4: Determinants

4.1 Determinant and its Properties

4.2 Properties of Determinants



3.2 Electrical Resistances

3.1 Electric Currents in Conductors

Chapter 3: Current Electricity

5.2 Catalysis

5.3 Colloids (Part-1)

Chapter 5: Surface Chemistry

5.4 Colloids (Part-2)

5.1 Adsorption

Chapter 5: Continuity and Differentiability

5.1 Limit

5.3 Differentiation

5.2 Limit, Continuity and Differentiability

June, 2020 (Week 1)Weekly Study Planner

June, 2020 (Week 2)



3.5 Energy Calculations in DC Circuits

3.4 General DC Circuits

3.3 Special Combinations of Resistances

Chapter 6: General Principles and

Processes of Isolation of

Elements

6.1 Ores and Minerals

Chapter 7: The p-Block Elements

7.1 Group-15 Elements

5.4 Differentiation (Contd.)

5.5 Miscellaneous Examples

Chapter 5: Continuity and Differentiability

5.6 Target Questions




3.6 Electric Cells

3.7 Measurement of Electrical Quantities

3.8 R-C Circuits

7.2 Group-15 Elements (Contd.)


7.5 Group-17 Elements (Contd.) and

Group-18 Elements

7.4 Group-16 Elements (Contd.) and

Group-17 Elements

7.3 Group-16 Elements

Chapter 6: Application of Derivatives

6.1 Rate Measurer, Tangent, Normal

6.2 Approximation, Increasing and

Decreasing Function

June, 2020 (Week 3)Weekly Study Planner

June, 2020 (Week 4)



3.9 R-C Circuits (Contd.)

3.10 Miscellaneous Solved Examples

Chapter 4: Moving Charges and Magnetism

4.1 Magnetic Field and Biot-Savart's Law

8.3 f-Block Elements


8.2 Compounds of d-Block Elements

8.1 d-Block Elements


6.5 Examples

6.4 Maxima-Minima

6.3 Increasing-Decreasing, Maxima-

Minima



4.3 Application of Ampere's Law


4.2 Application of Biot-Savart's Law and

Introduction to Ampere's Law

9.3 Isomerism in Co-ordinate Compounds

Chapter 9: Co-ordination Compounds &

Organometallics

9.1 Nomenclature of Co-ordinate

Compounds

9.2 Bonding in Complexes

6.6 Miscellaneous Examples of AOD

7.1 Indefinite Integrals


Chapter 7: Integrals

July, 2020 (Week 1)Weekly Study Planner

July, 2020 (Week 2)


4.6 Force on Point Charge (Contd.) and

Force on Conductor


4.5 Motion of Point Charge in

Electromagnetic Field

4.4 Magnetic Force on Point Charge

Chapter 10: Principles of Qualitative

Analysis

9.4 Problems Based on Jee (Advanced)

10.1 Qualitative Analysis-1

Chapter 9: Co-ordination Compounds &

Organometallics

7.3 Partial Fraction, Integration by Parts

7.4 Indefinite Integrals (Contd.)

7.2 Rational, Irrational Functions




4.7 Magnetic Field

Chapter 5: Magnetism and Matter


5.1 Magnetism and Matter


7.5 Special Integrals

7.6 Examples

7.7 Properties of Definite Integral

July, 2020 (Week 3)Weekly Study Planner

July, 2020 (Week 4)

MathematicsPhysics

6.1 Faraday's Law of Electromagnetic

Induction (Part I)

Chapter 5: Magnetism and Matter

5.2 Magnetism and Matter (Contd.)

Chapter 6: Electromagnetic Induction 7.9 Differentiation Under Integral and

Reduction Formulae

7.10 Estimation, Limit of a Sum


7.8 Properties of Definite Integrals

Chapter 10: Principles of Qualitative Analysis

11.1 Introductions, Classifications and

Preparations of Haloalkanes and

Haloarenes

10.2 Qualitative Analysis-2

Chapter 11: Haloalkanes and Haloarenes

Chemistry

11.4 Reaction of Aryl Halides

Chapter 11: Haloalkanes and Haloarenes

11.3 Other Methods of Preparation of Haloalkanes and Haloarenes and Properties

11.2 Optical Isomerism, Nucleophilic Substitution and Elimination Reactions



6.2 Faraday's Law and Induced Electric

Field

Chapter 6: Electromagnetic Induction

6.3 Motional emf

6.4 Motional emf (Contd.)

Chapter 12: Alcohols, Phenols and Ethers

12.2 Alcohols (Contd.)

12.3 Phenol

12.1 Alcohols

August, 2020 (Week 1)Weekly Study Planner

August, 2020 (Week 2)


Chapter 6: Electromagnetic Induction

6.5 Self-Induction

6.6 Transient Currents in L-R Circuit

6.7 Mutual Induction and L-C Oscillations

13.1 Aldehydes and Ketones

Chapter 13: Aldehydes, Ketones and

Carboxylic Acids




Chapter 8: Application of Integrals

8.2 Examples on Area

8.3 Examples (Contd.)

Chapter 8: Application of Integrals

Chapter 9: Differential Equations

9.1 Introduction, Formation of Differential Equation



Chapter 7: Alternating Current

Chapter 8: Electromagnetic Waves

7.1 Alternating Current

8.1 Electromagnetic Waves

7.2 Resonance in AC Circuits and Power

Calculation


Carboxylic Acids

Ÿ 13.2 Aldehydes and Ketones

(Contd.)-1

Chapter 9: Differential Equations

9.2 Solution of Differential Equation

9.3 Homogeneous and Linear

Differential Equation

9.4 Orthogonal Trajectory

August, 2020 (Week 3)Weekly Study Planner

August, 2020 (Week 4)


9.2 Spherical Mirror

9.3 Spherical Mirror and Laws of

Refraction

Chapter 9: Ray Optics and Optical

Instruments

9.1 Plane Mirror


Carboxylic Acids

13.3 Aldehydes and Ketones (Contd.)-2 10.1 Addition and Subtraction

10.2 Section Formula and Collinearity

Chapter 10: Vector Algebra

10.3 Product of Vectors



9.4 Refraction-I

9.5 Refraction-II

9.6 Prism


Instruments

9.7 Refraction through Curved Surface

and Lens


Carboxylic Acids

13.4 Carboxylic Acids

13.5 Acid Derivatives

10.4 Scalar Triple Product

10.5 Vector Triple Product


Weekly Study Planner



Instruments

9.8 Lens

9.9 Optical Instruments

Chapter 14: Amines

14.2 Some Other Methods of Preparation

of Amines, Properties of Amines

14.1 Introduction Naming of Amines

and Preparation of Amines

10.6 Application of Vectors


11.1 Introduction

Chapter 11: Three Dimensional Geometry

October, 2020 (Week 1)




Chapter 10: Wave Optics

10.1 Wave Optics - Introduction

10.2 Interference

Chapter 14: Amines

14.3 Some Other Properties of Amines

and Other Nitrogen Containing

Compounds

15.1 Carbohydrates

Chapter 15: Biomolecules

11.3 Straight Line

11.2 Vector Equation of a Line




10.3 Interference (Contd.)

Chapter 10: Wave Optics

10.4 Diffraction and Polarisation

15.2 Properties of Carbohydrates

15.3 a-Amino Acids

Chapter 15: Biomolecules

11.5 More about Plane

11.4 Equation of Plane






Chapter 11: Dual Nature of Radiation and

Matter

11.1 Photoelectric Effect

11.2 Wave Nature of Matter

Chapter 16: Polymers

16.1 Classification of Polymers

12.2 Linear Programming

12.1 Linear Inequalities

Chapter 12: Linear Programming



Chapter 12: Atoms

12.3 X-rays

12.2 Bohr Model and Transition of Electrons

12.1 Atomic Structure and Bohr Model

Chapter 16: Polymers

16.2 Addition Polymer Initiated by Other

Method

Chapter 13: Probability

13.2 Axiomatic Approach of Probability

13.1 Classical Definition of Probability

November, 2020 (Week 1)




Chapter 13: Nuclei

14.2 P-N Function Diodes

13.1 Nucleus and its Stability

13.2 Radioactivity and Nuclear Reactions

Chapter 14: Semiconductor Electronics : Materials,

Devices and Sample Circuits

14.1 Semiconductors

Chapter 17: Chemistry in Everyday Life

17.1 Chemistry in Everyday Life

Chapter 13: Probability

13.4 Baye's Theorem

13.3 Conditional and Total Probability



14.4 Logic Gates

Chapter 14: Semiconductor Electronics : Materials,

Devices and Sample Circuits

Chapter 15: Communication Systems

14.3 Transistors

15.1 Principles of Communication

Revision of Previous Topics Chapter 13: Probability

13.5 Probability & Binomial Distribution




Thank YouALL THE BEST FOR YOUR EXAMS!!




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Study Planner XII-JEE MAIN & ADVANCED · 2020-03-17 · 8.3 f-Block Elements Chapter 8: The p-Block...

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