The National Testing Agency (NTA) is set to conduct the JEE Main 2025 Session 1 exams from January 22, 2025, to January 31, 2025. Candidates registered for the exam should note that the application correction window closes today. With limited time left for the exam, it’s crucial to intensify preparation efforts for this highly competitive test.
While most serious aspirants would have begun their JEE Main preparation months ago, there’s still an opportunity to refine and focus your strategies—especially for those aiming to attempt the April session.
This article focuses on Physics preparation for JEE Main 2025, a section that evaluates a student’s understanding of fundamental concepts, problem-solving skills, and the practical application of physical principles. As one of the three core sections, along with Mathematics and Chemistry, Physics plays a critical role in shaping the success of engineering aspirants.
The Physics section in JEE Main 2025 is crucial for students aspiring to join B.Tech programs in India’s leading engineering colleges. As per the updated exam pattern, the Physics section consists of 25 questions, including 5 numeric-based questions. Notably, unlike previous years, no optional questions will be available for these numeric-based questions.
Preparing for the JEE Main 2025 Physics section requires a strategic approach to master both theoretical concepts and problem-solving skills. Here are some essential tips to enhance your preparation:
Also Check: JEE Main Physics Syllabus
| opic | Study Plan | Revision Plan |
| Units and Dimensions | Learn dimensional analysis and types of errors. Solve examples and NCERT questions. | Revise formulas and error calculations. Practice past JEE questions on dimensions and errors. |
| Motion in a Straight Line | Study kinematic equations, velocity-time graphs. Practice problems on uniformly accelerated motion. | Revise key equations and graphs. Attempt JEE-level conceptual problems and graphical interpretations. |
| Motion in a Plane | Understand projectile motion and relative velocity. Solve vector-related questions. | Focus on trajectory equations and relative velocity scenarios. Solve PYQs (Previous Year Questions). |
| Laws of Motion | Study Newton’s laws, friction, and circular motion. Practice constraint-based problems. | Solve past questions on inclined planes and pulleys. Revise free-body diagrams. |
| Gravitation | Learn orbital velocity, escape speed, and Kepler’s laws. Solve numerical and conceptual problems. | Revise gravitational potential energy and solve conceptual and numerical questions on satellite motion. |
| Thermal Properties of Matter | Study conduction, convection, and radiation concepts. Solve numerical questions. | Revise Stefan-Boltzmann law and thermal conductivity problems. |
| Thermodynamics | Learn first law, heat engines, and entropy. Solve problems on PV diagrams and cyclic processes. | Practice PYQs on the efficiency of heat engines and entropy. Revise key formulas. |
| Kinetic Theory of Gases (KTG) | Study Maxwell’s distribution and mean free path. Solve numerical questions. | Revise key assumptions of KTG and root-mean-square velocity. Solve conceptual questions. |
| Electrostatics | Study Coulomb’s law, Gauss’s law, and potential. Solve conceptual and numerical problems. | Revise derivations and solve mixed PYQs on electric fields and potential energy |
| Current Electricity | Learn Ohm’s law, Kirchoff’s laws, and RC circuits. Solve numerical and theoretical problems. | Revise Wheatstone bridge and circuit analysis techniques. Solve complex circuits from PYQs |
| Magnetism and Matter | Learn Biot-Savart law and Ampere’s law. Study Earth’s magnetism. | Revise toroidal solenoid problems and magnetic field calculations |
| Wave Motion | Study superposition of waves, Doppler effect. Solve problems on sound wave | Revise Doppler formula and beats problems. Solve application-based PYQs |
| Optics | Learn ray and wave optics. Focus on lenses, mirrors, and diffraction. Solve lens combination problems | Revise mirror-lens formulas, interference, and diffraction derivations. Solve PYQs |
| Formula Sheet | Prepare a detailed formula sheet for all topics. | Use the sheet during quick revisions and problem-solving. |
To prepare for JEE Main 2025, establish a structured study plan, focus on understanding fundamental concepts, and practice regularly with mock tests and previous years' papers.
In Physics, prioritize chapters like Modern Physics, Electrodynamics, Optics, and Thermodynamics, as they frequently carry significant weightage in the exam.
Access important study materials through reputable educational platforms Infinity Learn which offer comprehensive resources tailored for JEE Main preparation.