JEE Advanced 2022 Physics Syllabus

1. General Physics

• Units and dimensions 

• Experimental analysis

2. Mechanics

• Laws of motion

• Kinematics

• Systems of particles

• Gravitation

• Harmonic motions

• Waves

• The pressure in a fluid

• Thermal Physics

• Inertia

• Momentum

3. Electricity and Magnetism

• Magnetic Fields

• Electric Fields

• Electric current

• Capacitance

• Electromagnetic Induction

4. Optics

• Reflection

• Refraction

• Wave nature of light

5. Modern Physics

• Atoms 

• Nuclei

Download the Latest JEE Advanced 2022 Physics Syllabus PDF

A smart aspirant prepares a preparation strategy to cover the entire syllabus of an entire subject like Physics; therefore, he/she looks for the latest syllabus because preparing according to it will ensure that he/she is prepared for all the important topics. 

IIT-JEE Advanced 2022 Physics Important Topics

Physics is one of the toughest subjects among PCM because it relies more on concepts. In an exam like JEE Advanced, the questions are asked in mixed concepts, so it is hard to decide what type of questions may appear in the JEE Advanced. However, a JEE aspirant must be prepared from all spheres. That’s why for your convenience, our subject-matter experts with extensive research on previous years’ question papers, have shared the important topics from which a higher number of questions were asked in the previous exams, and there is a probability that questions from these topics may appear in the upcoming exam; therefore, it is necessary to focus on the following topics: 

Considering the trends of questions asked in the previous exams, the weightage for the syllabus of Class 11 and 12 have been almost equal. The chapters of Class 11 act as a fundamental for the Chapters of Class 12. A JEE aspirant should excel in all the concepts of Class 11 & 12th NCERT. The below is the list of ten vital chapters from which questions with a higher weightage may appear in the JEE Advanced 2022; please go through these:

Highlights of the JEE Advanced 2022

• IIT-Kharagpur will be responsible for orchestrating the JEE Advanced 2022 exam.

• In an emergency meeting, the Joint Admission Board (JAB), by keeping the ideology of equal opportunity for all, has decided to allow 10,000 candidates (who could not appear because of Covid-19) to appear directly in the JEE Advanced without requiring them to appear for the JEE Main 2022.

• The top 2.5 lakh score holders in the JEE Main 2022 qualifiers will be eligible for the JEE Advanced.

• As per the revised notification by MHRD, aspirants passing 12th, irrespective of their percentage, are eligible to take admission into IITs.

Benefits of Knowing The JEE  Advanced Syllabus through Vedantu

It is essential to know the latest JEE advanced Physics syllabus. The NTA will announce the official notification regarding the exam dates; therefore, a JEE aspirant must cover the entire physics syllabus in a stipulated time. Here, we are sharing the following advantages of knowing the latest syllabus:

1. Knowing the Physics syllabus will help you to gain complete insight into the important topics for the JEE Advanced exam, chapters, subtopics, and much more; this will help you prepare a preparation strategy for the high-to-low weightage topics.

2. The latest syllabus will help you get a better idea of the following things:

• Exam pattern

• Weightage of marks

• Mark-wise distribution

• Types of questions

• Duration of the exam, etc.

3. You will learn to focus more on your studying and practicing process.

4. From the syllabus, you will also be able to figure out the correct study materials for your easy preparation.

The examination authority primarily declares the JEE Advanced syllabus for Physics, Chemistry, and Math. The syllabus for JEE Advanced is often extensive, and students are recommended to begin their preparations as soon as feasible. However, before beginning JEE preparations, it is critical to review the JEE Advanced syllabus and ensure that you have a thorough understanding of all the ideas covered in the curriculum. This will allow applicants to devote more time to concepts that require special attention.

Because the revised JEE Advanced syllabus places a greater emphasis on the application of concepts, IIT hopefuls must devise a strategy and set a time target to complete the entire syllabus before the tests. However, JEE Advanced preparation is strenuous, and it is regarded as one of the world's most difficult competitive tests.

Given this reputation, every candidate must focus the majority of their preparation time on practicing and reinforcing concepts from the most recent JEE Advanced syllabus. Students must be more logical, committed, and diligent. While the syllabus remains the same year after year, the topic-by-topic weightage for each unit in the JEE Advanced 2022 syllabus has been altered. There were no other significant changes.

JEE Advanced Physics Syllabus and Topics

1. General: 

Dimensional analysis, units, and dimensions; least count, significant figures; Measurement and error analysis methods for the physical quantities in the following experiments: experiments on Vernier calipers and screw gauge (micrometer), using a basic pendulum, determine g, Searle’s method for calculating Young's modulus, using a calorimeter, determine the specific heat of a liquid, using the u-v method, calculate the focal length of a concave mirror and a convex lens, sound speed is measured using a resonance column, ohm's law is verified using a voltmeter and an ammeter, using a meter bridge and a post office box, and determine the specific resistance of a wire's substance.

2. Mechanics: 

• Newton's equations of motion; evenly accelerated and inertial frames of reference; static and dynamic friction; Kinetic and potential energy Power and work; Mechanical energy and linear motion are both conserved.

• Particle systems; mass center and motion; impulse; elastic and inelastic collisions. Gravitational potential and field; Gravitational law; Gravitational acceleration; Planetary and satellite motion in circular orbits; escape velocity.

• Uniform bodies with simple geometrical shapes, a moment of inertia, parallel and perpendicular axis theorems, a moment of inertia of rigid bodies Momentum in an angular direction; Torque; angular momentum conservation; The dynamics of stiff bodies with a fixed rotational axis; Rings, cylinders, and spheres rolling without slipping; Equilibrium of stiff bodies; Collision of point masses with rigid bodies

• Simple harmonic motions, both linear and angular.

• Young's modulus, Hooke's law

• Surface energy and surface tension, capillary rise; Viscosity (without Poiseuille's equation), Stoke's law; Pressure in a fluid; Pascal's law; Buoyancy; Surface energy and surface tension, capillary rise; Viscosity (except Poiseuille's equation), Stoke's law; Bernoulli's theorem and its applications, terminal velocity, Streamline flow, equation of continuity

• Wave motion (planar waves only), longitudinal and transverse waves, wave superposition; progressive and stationary waves; string and air column vibrations; Resonance, Beats, Sound Speed in Gasses, and the Doppler Effect (in sound).

3. Thermal Physics: Solids, liquids, and gasses all expand thermally. Calorimetry, latent heat; one-dimensional heat conduction; Convection, and radiation are basic concepts. The cooling law of Newton; Gas laws that are ideal; Cv and Cp for monatomic and diatomic gasses, respectively; Processes that are isothermal and adiabatic, as well as the bulk modulus of gasses; Heat and work equivalence; Thermodynamics' first law and its applications (just for ideal gasses); Absorptive and emissive properties of blackbody radiation. Kirchhoff's law, Wien's displacement law, and Stefan's law are all examples of Kirchhoff's law.

4. Electricity and Magnetism: The law of Coulomb; Potential and electric field; In a homogeneous electrostatic field, the electrical potential energy of a system of point charges and electrical dipoles; Lines of an electric field; Electric field flux; Gauss's law and its application in simple examples like finding the field due to an infinitely long straight wire, a uniformly charged infinite plane sheet, or a uniformly charged thin spherical shell. Capacitance; There are two types of parallel plate capacitors: those with and without dielectrics. Series and parallel capacitors. A capacitor’s stored energy. The current of electricity; The law of Ohms; Resistances and cells are arranged in series and parallel. Kirchhoff's laws and their straightforward applications. Current’s heating effect. The laws of Biot–Savart and Ampere. Near a current-carrying straight wire, along with the axis of a circular coil, and inside a long straight solenoid; In a homogeneous magnetic field, the force on a moving charge and a current-carrying wire. Moving coil galvanometer, voltmeter, and ammeter and their conversions; Magnetic moment of a current loop; Effect of a uniform magnetic field on a current loop. Faraday's and Lenz's laws of electromagnetic induction. RC, LR, and LC circuits with d.c. and a.c. sources; self and mutual inductance.

5. Optics: Light propagation along a rectilinear path; The effects of reflection and refraction on planar and spherical surfaces; A prism's deviation and dispersion of light; Total internal reflection; Lenses that are very thin; Mirrors and narrow lenses in combination; Magnification. Light's wave nature: Huygen's principle, with Young's double-slit experiment serving as an example of interference.

6. Modern Physics: The nucleus of an atom; and radiations of α, β, γ; The radioactive decay law; Constant decay; Half-life and average life are terms used to describe how long something lasts. Calculation of binding energy; Processes of fission and fusion; In these procedures, energy is calculated. Effect of photoelectricity; The theory of hydrogen-like atoms proposed by Niels Bohr; Moseley's law, characteristic and continuous X-rays; Matter waves have a de Broglie wavelength.