JEE Advanced Exam Pattern

The JEE advance exam consists of two papers, paper 1 and paper 2. The JEE mains qualified candidates have to take both the papers of JEE advance. The JEE advance exam pattern is always the same and comprises three subjects - Physics, Chemistry and Math (PCM). It is mandatory to attempt all three subjects or sections.

JEE Advanced Syllabus

The JEE advanced syllabus has syllabus of all three subjects i.e.,

Physics, Chemistry and Maths. The detailed syllabus can be downloaded from the

links below.

JEE Advanced Chemistry Syllabus

The important chapters in the syllabus per the JEE advanced paper

pattern are as followings -

1. Physical Chemistry

• Basic concepts
• Solutions
• Energetics  
• Surface chemistry
• Nuclear Chemistry
• Atomic structure and the chemical bonding
• States of matter: solid, gaseous and liquid states
• Electrochemistry
• Chemical equilibrium
• Chemical kinetics

2. Inorganic Chemistry

• Isolation, preparation and properties of non-metals
• Preparation of compounds
• Properties of compounds
• Transition elements (3D series)
• Minerals and ores
• Extractive metallurgy
• Properties of qualitative analysis
• Preparation of non-metals
• Preparation and properties of compounds

3. Organic Chemistry

• Basic concepts
• Preparation, properties, and reactions of alkanes, alkenes and
alkynes
• Phenols
• Characteristic reactions of amines, alkyl halides, alcohols,
aldehydes, ketones, carboxylic acids, ethers, haloarenes
• Carbohydrate    
• Practical organic chemistry
• Amino acids and peptides
• Properties of polymers
• Uses of polymers

JEE Advanced Math Syllabus

The important chapters in the syllabus per the JEE advanced paper pattern are as followings -

1.  Algebra

• Quadratic equations   
• Permutation and combination
• Complex numbers
• Logarithms 
• Probability
• Sequence and series
• Matrices and determinants
• Binomial theorem 

2. Trigonometry

• Trigonometric and inverse trigonometric functions

3. Vectors

• Properties of vectors

4. Differential Calculus

• Functions

• Derivatives

• Limits

• Continuity

5. Integral Calculus  

• Differential equations 

• Integration and the application of integration

 6. Analytical Geometry

•  3 Dimensional geometry
 •  2 Dimensional geometry

 7. Matrices & Determinants

JEE Advanced Physics Syllabus

The important chapters in the syllabus per the JEE advanced question pattern are as followings

1. General Physics

• Units and dimensions 

• Experimental analysis

2. Mechanics

• Laws of motion

• Kinematics

• Systems of particles

• Gravitation

• Harmonic motions

• Waves

• Fluid Pressure

• Thermal physics

• Inertia

• Momentum

3. Electricity and Magnetism

• Magnetic Fields

• Electric Fields

• Electric current

• Capacitance

• Electromagnetic Induced Optics

• Reflection

• Refraction

• Wave nature of light

4. Modern Physics

• Atoms and nuclei

Chemistry

The JEE Advanced preparation requires a deep understanding of the important concepts in chemistry. Here are some of key topics along with the tips to help students in their preparation

Basic Concepts

After noticing several years of JEE advanced question pattern, it can be said that the JEE enthusiasts should have a good understanding of atomic structure, periodic table trends, stoichiometry and chemical bonding. These topics lay the foundation for the advanced concepts.

Organic Chemistry

The focus should be on the key topics like reaction mechanisms, nomenclature, functional groups, biomolecules and isomerism. One should try to work on reaction mechanisms and understand the involved reactions.

Inorganic Chemistry

Per JEE adv paper pattern, the JEE seekers should pay attention to topics like chemical bonding, coordination compounds, metallurgy periodic trends, and qualitative analysis.Make sure to memorize important concepts, reactions, and trends.

Physical Chemistry

The students should focus on thermodynamics, chemical kinetics, equilibrium, atomic structure and electrochemistry. Also, they shouldn't forget to practice numerical problems to strengthen their problem-solving skills.

Tips for Chemistry preparation 

Regular Practice

One should solve a wide range of problems from different sources like textbooks, notes, previous years question papers, online and mock tests. It will help improve the problem-solving speed plus accuracy of the students.

Concepts Building

Based on the JEE adv paper pattern, instead of cramming, the aspirants should focus on understanding the underlying concepts. It will help them to resolve complex problems and tackle unacquainted questions.

Practice Mock Tests

Going through full-length mock tests helps the students to simulate the exam like environment. It will help them to improve their time management skills, and identify their strengths and weaknesses.

Frequent Revision and Consolidation

To retain the information for a longer period of time, one should regularly revise the topics. Creating a summary of the notes or flashcards for quick revision is one such way.

Seek Clarification

If the students face any doubts or concepts which they don't understand, they should seek clarification from their friends, teachers, classmates, or other online resources.
Understanding the concepts thoroughly is very crucial for performing well in the JEE advanced exam.

Analyze and Learn from Mistakes

After taking mock tests, or practice papers, or previous year papers, one should always analyze his/her mistakes and try to learn from them.Identify the areas which need improvement and focus on them during the preparation.

Math

The JEE Advanced preparation requires a strong foundation in mathematics. Here are some of the important topics and tips to help our young JEE aspirants in their preparation:

Algebra

Focus on topics like complex numbers, quadratic equations, progressions (arithmetic,
geometric, and harmonic), permutations and combinations, probability, and binomial theorem. One should always try to solve a variety of problems to develop the problem solving skills.

Calculus

By analyzing JEE advanced exam paper pattern, it is always advised to pay attention to topics like limits, derivatives, integrals, differential equations, and applications of calculus.The students should always try to develop a clear understanding of the concepts and try to solve them problems which involve both theory and applications.

Coordinate Geometry

The aspirants should master the concepts of straight lines, circles, parabola, ellipse, and hyperbola. Always try to practice solving problems involving these topics and understand the graphical representation of the equations.

Trigonometry

Pay attention to trigonometric identities, equations, and properties. By solving problems related to triangles and complex numbers, one can understand the application of trigonometry.

Vectors and 3D Geometry

Try to practice vector algebra, vector operations, and their applications in geometry. Some other useful topics include understanding 3D geometry, the equations of lines and planes, distance and angles between them.

Matrices and Determinants 

The students should study the properties and operations of matrices and determinants. Also, they must practice solving problems involving matrix operations, inverse, and determinants.

Probability and Statistics

Develop a strong understanding of probability concepts, including conditional probability, Bayes' theorem, and random variables. Study the basics of statistics, including mean, median, mode, and standard deviation.

Tips for Math Preparation

Practice Regularly

In order to score more, one should try to solve a wide range of problems from different sources, including textbooks, mock tests and previous years question papers. Regular practice will help the students to develop speed and accuracy in solving the mathematical problems.

Analyze the Mistakes and learn from them

After solving practice papers or mock tests, the aspirants should always analyze their mistakes and try to learn from them. Identify the areas which need refinement and focus on them during the revision

Time Management

The students should practice solving problems under real time conditions to improve their speed and time management. It will make them more efficient in answering questions during the actual exam.

Physics

The preparation for JEE Advanced requires a strong hold of physics concepts and problem solving skills. Here are some of the important topics and tips to help the JEE aspirants with their preparation

Mechanics 

Per JEE advanced question paper pattern, the focus on topics like kinematics, laws of motion, work, energy, and power, rotational dynamics, and gravitation is of utmost importance. One should try to develop a clear understanding of the fundamental principles, and try to solve problems based on these concepts.

Electrodynamics 

The students should pay attention to topics like electrostatics, current electricity, magnetism,electromagnetic induction, and alternating current. Besides, they must solve numerical problems to strengthen their  understanding.

Optics

Study topics like ray optics, wave optics, and interference and diffraction. Try to understand the laws governing reflection, refraction, and dispersion of light followed by solving practice problems.

Modern Physics

Atomic structure, nuclear physics, and particle physics are some of the relevant topics from the perspective of JEE advanced question pattern. To understand the concepts of quantum mechanics, radioactive decay, and the properties of subatomic particles will further solidify the preparation of the students.

Thermodynamics

The laws of thermodynamics, heat transfer, thermal expansion, the concepts of heat, work,internal energy, and entropy are the important topics in thermodynamics. Also,the aspirants should solve problems involving thermodynamic processes or applications.

Waves and Oscillations

Try to focus on topics like simple harmonic motion, waves on a string, sound waves, superposition of waves, and work hard on understanding the principles governing these phenomena.The students should also solve the problems involving waves and oscillations.

Tips for Physics preparation

Regular Practice

One should always try to solve a variety of problems from different sources, including textbooks, JEE advanced previous year question papers, and mock tests. Regular practice will help you develop problem-solving techniques and improve your speed and accuracy.

Use Diagrams and Graphs

Visual representations like diagrams and graphs can help the students in understanding the problems and solving them effectively.

Look for Clarification

If students come across any doubts or concepts they don't understand, they should take help from the teachers, friends, mentors, or other online resources because understanding the concepts thoroughly is extremely important for performing well.

JEE Advanced Exam pattern

JEE Advanced Marking Scheme

To understand the JEE Advanced marking scheme, it is important to understand the type of questions first.

There are two types of questions –

(1) Multiple Choice Questions (MCQs) - These have four options, out of which only one option is correct.
(2) Numerical Answer Type (NAT) - These questions have no option, and require a numerical value as the answer.

Marking Scheme for MCQs

• For each correct answer, candidates are given positive marks.

• For each correct answer, candidates are given positive marks.

• For every incorrect answer, negative marks are given.

•  The exact marking scheme may vary, but usually, the positive mark for correct answer is higher than the negative mark for incorrect answer.

• There are no positive or negative markings on the unanswered questions.

Marking Scheme for NAT Questions

•    For each correct answer, candidates are awarded positive marks.

• ·There is no negative marking for incorrect answers in NATquestions.

•  Unanswered questions do not carry any marks.

Partial Marking

In a few cases, partial marking may be provided for certain questions if that question has multiple correct answers or it requires multiple steps to find the final answer. The partial marking scheme may differ, and it is normally mentioned in the question paper.

Negative Marking in JEE advanced or JEE Advanced Negative Marking

Please refer to the above section on JEE Advanced Marking Scheme for more details on the negative marking in JEE Advanced.

JEE Advanced Paper 1 exam Pattern 2023 for all 3 subjects

JEE Advanced Paper 2 exam Pattern (2023) for all 3 subjects

JEE Advanced Exam Pattern- Paper 1 (2020)

JEE Advanced Exam Pattern- Paper 2 (2020)

JEE Advanced Exam Pattern- Paper 1 (2019)

JEE Advanced Exam Pattern- Paper 2(2019)

 JEE Advanced Exam Pattern- Paper 1 (2018)

JEE Advanced Exam Pattern- Paper 2 (2018)

JEE Advanced Exam Pattern- Paper 1 (2017)

JEE Advanced Exam Pattern- Paper 2  (2017)

Total Questions in JEE Advanced

The total number of questions in JEE Advanced may differ from year to year. However, in the past, the JEE Advanced question pattern had a total of 54 questions divided into two papers: Paper1 and Paper 2. Each paper usually contains 18 questions per subject (Physics, Chemistry, and Mathematics), resulting in a total of 54 questions across all subjects. So, a total of 108 questions if you combine both the papers.

JEE Advanced Exam Time Duration

Like the marking scheme and total number of questions, the time duration of JEE advanced exam may vary.But, per JEE advance exam pattern in the past, the students have 3 hours foreach paper i.e., six hours for both the papers.However, one important point to note here is that the exact marking scheme, total number of questions, and the time duration for each year's JEE Advanced examination is announced by the exam conducting authority and may be liable to change. Therefore, it is always recommended to refer to the official information brochure or the examination authorities notifications for the most accurate and up-to-date marking/number of questions/duration of the exam for the specific year.