To prepare for the JEE Advanced and JEE Main exams, it is essential to know the syllabus. It contains important details like chapters/topics, weightage, marks, references, and many other crucial details.
The complete syllabus for both exams will help candidates study effectively and make it easier to compete in the exam. Both the JEE Main syllabus and JEE Advanced have many topics in common. Some topics are exclusive to the JEE Main 2021 syllabus, while others are only available in the JEE Advanced 2021 curriculum.
Candidates should be familiar with the main differences between JEE Main 2021 and JEE Advanced 2021 syllabi and prioritize their learning accordingly. Click on the links to access the JEE Primary syllabus or JEE Advanced Syllabus.
While the exam syllabus will remain the same, the JEE main 2021 exam pattern has undergone significant changes. The new exam pattern will have a total of 90 questions (one each in Physics, Chemistry, and Mathematics) in the JEE Main question paper. Students will be able to answer 75 questions (25 each in Physics, Chemistry, and Mathematics).
What is the difference between JEE Main and JEE Advanced Syllabus?
The topics in the JEE Advanced Syllabus that are not covered in the JEE Main Syllabus are listed below:
Physics
Thermal Physics:
 Kirchoff’s Laws
 Newton’s Laws of Cooling
 BlackBody Radiation
 Absorptive & Emissive Power
 Stefan’s Law
 Wein’s Displacement Law

Chemistry
Electrochemistry:
Nuclear Chemistry:
 Radioactivity and Carbon Dating
 Kinetics of Radioactive Decay
 Properties of alpha, beta, & gamma rays
 Fission & Fusion Reactions
 Proton to Neutron Ratio & Stability of Nuclei

Maths
NA

The topics in the JEE Main Syllabus that are not covered in the JEE Advance Syllabus are listed below:
Physics

Chemistry

Maths

Electronic Devices:
 Semiconductors & Semiconductor Diodes
 Forward & Reverse Bias
 IV Characteristics of PhotoDiode
 Solar Cells
 LEDs
 Zener Diode as a Voltage Regulator
 Junction Transistors & their Characteristics
 Transistor Action
 Transistors as Amplifiers (Common Emitter Configuration)
 Transistors as Switches
 Oscillators
Electronic Waves:
 Definition & Characteristics of Electronic Waves
 Transverse Nature of Electronic Waves
 Applications of EM Waves
 Electromagnetic Spectrum
Communication Systems:
 Propagation of EM Waves
 Amplitude Modulation & Frequency Modulation
 Signal Bandwidth & Transmission Medium
 Basic Elements of Communication Systems (Block Diagrams)

Biomolecules:
 Definition & Classification of Biomolecules
 Functions of Biomolecules
 Nucleic Acids & Their Chemical Composition
 Functions of DNA & RNA
Chemistry in Everyday Life:
 Cleansing Action of Soaps & Detergents
 Chemicals in Food (Artificial Sweeteners & Preservatives)
 Analgesics, Tranquillizers, Antibiotics, Antiseptics, Antihistamines, Antifertility Drugs, Antimicrobials, & Disinfectants

Sets, Relations, & Functions:
 Representation of Sets
 Unions, Intersections, & Compliments
 Types of Relations & Equivalent Relations
 Power Sets
 Algebraic Properties of Sets
Trigonometry:
Statistics & Probability:
 Calculating Mean & Median
 Measures of Dispersion
 Calculating Mode of Grouped/Ungrouped Data
 Calculating Variance, Mean, & Standard Deviation of Grouped/Ungrouped Data
Mathematical Reasoning:
 Statements & Logical Operations
 Tautology
 Contradiction
 Converse
 Contrapositive

Important Common Topics in JEE Main and JEE Advanced Syllabus: There are some topics that are common to both exams, in addition to the specific topics.
Physics

Chemistry

Maths

 Kinematics
 Gravitation
 Laws of motion
 Optics
 Waves
 Electromagnetic Induction

 Surface Chemistry
 Electrochemistry
 Atomic Structure
 Solutions
 Chemical bonding
 Chemical Kinetics
 States of Matter

 Quadratic Equations
 Logarithms
 Probability
 Binomial Theorem
 Trigonometry
 Vectors
 Differential Calculus
 Limits
 Derivatives
 Integral calculus
 Complex Numbers
 Sequences and Series
 Matrices and Determinants
 Permutations and Combinations
 Trigonometric and Inverse Trigonometric Functions
 Differential Equations

The significance of the JEE Main and Advanced Syllabus
The entire syllabus must be read by candidates for both exams. Candidates will be able to do well on the examination if they are familiar with the topic areas. The following are some key benefits of the syllabus:
 Candidates will be able to create a wellconstructed study plan if they have a solid understanding of the syllabus. Candidates can use the syllabus as a guide to help them move in the right direction.
 The syllabus of IIT JEE gives an indepth understanding of key concepts and the marking scheme for chapters, enabling students to concentrate more on the pertinent topics.
 Candidates can choose to study according to the IIT JEE syllabus. Referencing well can improve candidates' learning.
Students can gain valuable insights about the important topics, exam patterns, weightage, and other details by going through the syllabus. Students can also use the syllabus to help them prepare for the exam.
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