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"60 Days Timetable for ""Physics"" JEE Preparation" | Physics for JEE Main & Advanced PDF Download

In this document, you will find a comprehensive 60-day study plan along with a curated list of EduRev resources designed to help you master your Physics preparation and excel in your JEE exam. 

Importance of Physics in JEE

Physics assumes a pivotal role in the JEE exam, influencing both the JEE Main and JEE Advanced papers. Here’s why physics is essential:

  • Weightage: Physics consistently holds significant weightage in both JEE Main and JEE Advanced question papers. A strong performance in physics can substantially improve your overall JEE rank.

  • Scoring Potential: Physics problems often involve applying fundamental principles and logical reasoning. With diligent preparation, you can unlock your scoring potential in this subject.

  • Problem-Solving Aptitude: JEE Physics questions often require complex problem-solving skills. Cultivating a strong problem-solving aptitude not only boosts your confidence but also contributes significantly to your success in the exam.

  • Interdisciplinary Applications: Physics bridges theoretical concepts and real-world applications, fostering an interdisciplinary approach. Mastery in physics equips you with skills that are useful for related subjects like Chemistry.

  • Time Management: Proficiency in physics allows for efficient time management during the exam, ensuring you allocate ample time to challenging questions in mathematics and chemistry, thereby enhancing your performance.`60 Days Timetable for ``Physics`` JEE Preparation` | Physics for JEE Main & Advanced

Physics Syllabus for JEE

To succeed in JEE Physics, you need to cover a wide range of topics. Here's a list of the chapters you'll encounter in the JEE Physics syllabus:

Timetable: Your Roadmap to Success in Preparation

A well-structured timetable for two-month mathematics preparation is crucial for several reasons: 

Keep it Systematic: This timetable ensures that you cover all the essential topics systematically, leaving no gaps in your preparation. 

Time Tracking: It helps you manage your time efficiently, allocating the right amount of time to each topic. 

Quick Revision: A timetable allows you to allocate time for revision, which is crucial for retention and understanding. 

No More Stress: Knowing what to study daily reduces the stress of last-minute preparation. 

Now, let's break down the two-month plan for JEE Physics  preparation, covering all chapters without skipping any:

Day-Wise Study Plan for JEE Physics Preparation

We will cover each chapter in 2 days, ensuring comprehensive understanding. After completing all chapters, we'll allocate time for revision and practice tests.

Day 1-2: Units & Measurements

  • Day 1: Study the fundamental concepts of units, measurement, and dimensions. Understand SI units and conversions.
  • Day 2: Dive into error analysis, significant figures, and dimensional analysis. Practice numerical problems related to units and measurements.

For more resources, refer to the EduRev Units & Measurements.

Things to Keep in Mind:

Day 3-4: Vectors

  • Day 3: Study vector basics, vector addition, subtraction, and scalar multiplication.
  • Day 4: Dive deeper into vector multiplication, dot and cross products, and vector applications.

Utilize the EduRev Vectors topic for additional Practice.

Things to Keep in Mind:

Day 5: Basic Mathematics for Physics

  • Day 5: Brush up on mathematical concepts, including calculus and algebra, essential for physics. Apply mathematical techniques to physics problems, including differentiation and integration.

For more practice, refer to Edurev Basic Mathematics for Physics course.

Things to Keep in Mind:

Day 6,7,8: Kinematics

  • Day 6: Learn about motion in one dimension, equations of motion, and relative motion.
  • Day 7: Explore motion in two and three dimensions, projectile motion, and circular motion.
  • Day 8: Solve and practice all the types of questions related to kinematics.

For additional resources, visit the EduRev Kinematics course.

Things to Keep in Mind:

Day 9-10: Laws of Motion

  • Day 9: Study Newton's laws, friction, and tension.
  • Day 10: Explore circular motion, centripetal force, and pseudo forces.

Enhance your learning with the EduRev Laws of Motion course.

Things to Keep in Mind:

Day 11,12,13: Work, Energy and Power

  • Day 11: Understand work, kinetic and potential energy, and conservation of mechanical energy.
  • Day 12: Dive into power, non-conservative forces, and work-energy theorem.
  • Day 13: Solve and practice all the types of questions related to Work, Power, and Energy.

You can practice more with the EduRev Work, Energy & Power course.

Things to Keep in Mind:

Day 14,15,16: Rotational Motion

  • Day 14: Study rotational kinematics, torque, and angular momentum.
  • Day 15: Explore moment of inertia, conservation of angular momentum, and rolling motion.
  • Day 16: Explore all the other topics since it's a big and important chapter, and practice as many questions!

For additional practice, visit the EduRev Rotational Motion course.

Things to Keep in Mind:

Day 17-18: Gravitation

  • Day 17: Learn about the universal law of gravitation, gravitational field, and potential.
  • Day 18: Explore acceleration due to gravity, escape velocity, and orbital motion.

Refer to the EduRev gravitation course for additional resources.

Things to Keep in Mind:

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Day 19-20: Properties of Solids and Liquids

  • Day 19: Study the properties of solids, crystal lattice, and defects in solids.
  • Day 20: Explore the properties of liquids, surface tension, viscosity, and capillary action.

Enhance your learning with the EduRev properties of Solids & Liquids course.

Things to Keep in Mind:

Day 21-22: 

Thermodynamics

  • Day 21: Understand the laws of thermodynamics, heat, and work.
  • Day 22: Dive into concepts of entropy, heat engines, and refrigeration.

You can find additional resources in the Thermodynamics course.

Things to Keep in Mind:

Day 23-24:

 Kinetic Theory of Gases

  • Day 23: Study the kinetic theory of gases, ideal gas laws, and real gases.
  • Day 24: Explore the kinetic interpretation of temperature, RMS speed, and Maxwell's distribution.

Refer to the Edurev Kinetic Theory of Gases for additional Practice.

Things to Keep in Mind:

Day 25-26:

 Oscillations and Waves

  • Day 25: Learn about simple harmonic motion, spring-block system, and energy in SHM.
  • Day 26: Dive into wave motion, types of waves, and wave optics.

For more resources, visit the EduRev Oscillations & Waves course.

Things to Keep in Mind:

Day 27,28,29: Electrostatics

  • Day 27: Study electrostatic charges, Coulomb's law, and electric fields.
  • Day 28: Explore Gauss's law, electric potential, and capacitance.
  • Day 29: Cover all the underlying concepts and formulas, and practice as many questions.

Enhance your learning with the Edurev Electrostatics course.

Things to Keep in Mind:

Day 30-31: Current Electricity

  • Day 30: Learn about electric current, Ohm's law, and resistance.
  • Day 31: Dive into Kirchhoff's laws, electrical circuits, and potential differences.

Refer to the Edurev Current Electricity course for additional resources.

Things to Keep in Mind:

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Day 32,33,34: Magnetic Effects of Current and Magnetism

  • Day 32: Study magnetic fields, magnetic force on a moving charge, and Biot-Savart law.
  • Day 33: Explore Ampère's law, magnetic properties of matter, and magnetic induction.
  • Day 34: Cover all the underlying concepts
  • You can find additional resources in the Edurev Magnetic Effects of Current and Magnetism.

Things to Keep in Mind:

Day 35-36:

 Electromagnetic Induction and Alternating Currents

  • Day 35: Understand electromagnetic induction, Faraday's law, and Lenz's law.
  • Day 36: Dive into self-inductance, mutual inductance, and AC circuits.

For more resources, refer to the EduRev Electromagnetic Induction & Alternating Currents.

Things to Keep in Mind:

Day 37-38:

Electromagnetic Waves

  • Day 37: Study the nature of electromagnetic waves, Maxwell's equations, and electromagnetic spectrum.
  • Day 38: Explore the propagation of electromagnetic waves, polarization, and applications.

For Additional Practice, visit the Edurev Electromagnetic Waves course.

Things to Keep in Mind:

Day 39,40,41,42:

 Optics

  • Day 39: Study the basics of wave optics, interference.
  • Day 40: Dive deeper into Young Double Slit Experiment.
  • Day 41: Study the basics of geometric optics, laws of reflection, and refraction.
  • Day 42: Dive deeper into lens formulas, lens combinations, and optical instruments.

Enhance your learning with the Edurev Optics course.

Things to Keep in Mind:

Day 43-44:

 Dual Nature of Matter and Radiation

  • Day 43: Study the dual nature of light, photoelectric effect, and de Broglie wavelength.
  • Day 44: Explore the Davisson-Germer experiment, wave-particle duality, and quantum mechanics.

Refer to the Edurev Dual Nature of Matter and Radiation course for additional resources.

Things to Keep in Mind:

Day 45-46: 

Atoms

  • Day 45: Study atomic structure, Bohr model, and atomic spectra.
  • Day 46: Dive into the quantum mechanical model, electron configuration, and ionization energy.

You can find additional resources in the Edurev Atoms course.

Things to Keep in Mind:

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Day 47-48:

 Nuclei

  • Day 47: Study nuclear properties, nuclear reactions, and nuclear energy.
  • Day 48: Explore radioactive decay, nuclear stability, and nuclear models.

For more resources, refer to the EduRev Nuclei coourse.

Things to Keep in Mind:

Day 49-50:

 Semiconductor Electronics: Materials, Devices, and Simple Circuits

  • Day 49: Study semiconductor materials, intrinsic and extrinsic semiconductors, and p-n junction.
  • Day 50: Dive into semiconductor devices, diodes, transistors, and amplifier circuits.

You can find additional resources in the Edurev Semiconductor course.

Things to Keep in Mind:

Day 51-52: 

Attempt Mock Tests

  • Day 51: Revise key concepts from the entire syllabus, focusing on important formulas and topics.
  • Day 52: Take a full-length mock test of the entire JEE Physics syllabus.

Things to Keep in Mind:

Day 53-57: Revise all chapters AGAIN!

  • Allocate 4 days for revising all the chapters from your notes.
  • Simultaneously, practice tests for the respective chapters, revise formulas, attempt complete mock tests of the subject, and multiple chapter tests.
  • Continuously analyze your performance and focus on weak areas.

Day 57-60: Revision and Practice


After completing all chapters twice, allocate the remaining days for revision. Follow these steps:

Things to Keep in Mind

  • Regularly revise all the chapters covered under each unit.
  • Continuously attempt tests to gauge your understanding and identify strengths and weaknesses.
  • Utilize EduRev resources for comprehensive JEE Physics preparation.

Given below are the important links  for your JEE Physics Preparation:

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FAQs on "60 Days Timetable for ""Physics"" JEE Preparation" - Physics for JEE Main & Advanced

1. Why is Physics important for JEE preparation?
Ans.Physics is crucial for JEE preparation because it forms a significant part of the syllabus, with many questions in both JEE Main and JEE Advanced derived from this subject. A strong understanding of physics concepts helps students solve complex problems, which is essential for success in entrance exams. Furthermore, physics principles are foundational for various engineering disciplines, making it vital for aspiring engineers.
2. What topics are included in the Physics syllabus for JEE?
Ans.The Physics syllabus for JEE includes various topics such as Mechanics, Thermodynamics, Waves, Optics, Electromagnetism, Modern Physics, and more. Each of these topics encompasses specific concepts and laws that are essential for understanding the physical world and solving problems. A thorough grasp of these topics is necessary for achieving a good score in the exam.
3. How can I create an effective study timetable for JEE Physics preparation?
Ans.To create an effective study timetable for JEE Physics preparation, begin by assessing the syllabus and identifying topics based on your strengths and weaknesses. Allocate specific time slots for each topic while ensuring regular revisions and practice through problem-solving. Incorporate breaks and leisure time to avoid burnout. A structured plan helps maintain focus and enhances productivity during preparation.
4. What should I include in a 60-day timetable for JEE Physics preparation?
Ans.A 60-day timetable for JEE Physics preparation should include daily study goals, revision days, and practice tests. Divide the syllabus across the days, allowing time for each topic's concepts, numerical problems, and previous year’s question papers. Also, include time for mock tests to assess your understanding and improve time management skills. Regular revision sessions should be scheduled to reinforce learning.
5. What are some important tips to keep in mind while preparing for JEE Physics?
Ans.Some important tips for preparing for JEE Physics include understanding concepts deeply rather than rote memorization, practicing a variety of problems, and regularly revising topics. Use quality study materials and resources, and consider joining coaching or study groups for collaborative learning. Additionally, staying healthy and managing stress through regular breaks and physical activity is essential for maintaining focus during preparation.
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