About Pearson Rahul Sardana Physics Set

Book Set Overview

Books Included

Mechanics I

This first book builds the fundamental language of Physics and starts the student’s serious mechanics preparation. It is ideal for establishing the tools needed in every later branch of the subject.

Students should treat this book as the entry point of the complete series because vectors, kinematics, and Newton’s laws influence almost every important JEE mechanics problem.

Chapters and Subtopics

• Mathematical Physics – algebra in physics, trigonometry tools, graph reading, approximation, calculus basics in interpretation
• Measurements and General Physics – units, dimensions, significant figures, experimental errors, physical quantities
• Vectors – vector addition, resolution, scalar and vector product, geometry in mechanics
• Kinematics I – one-dimensional motion, velocity, acceleration, motion graphs, variable acceleration
• Kinematics II – two-dimensional motion, projectile motion, relative motion, path analysis
• Newton’s Laws of Motion – free-body diagrams, friction, constraint systems, pulleys, pseudo force concepts

Structure Explanation

The sequence is ideal for JEE students because it begins with mathematical tools, then measurement discipline, then vector handling, and only after that moves to motion and force. That order reduces confusion later in advanced mechanics.

Important Points

• Mathematical setup matters as much as concept clarity.
• Kinematics must be revised through graphs, not formulas only.
• Newton’s laws need strong diagram practice.

Exam Relevance

Essential for both JEE Main and JEE Advanced because it forms the base of all mechanics and many mixed-concept problems.

Preparation Tips

Read theory actively, then solve examples without seeing the solution first. Maintain a separate error notebook for free-body diagram mistakes and graph interpretation errors.

Common Mistakes

Students often skip measurement basics, misuse vectors, and rush through Newton’s laws without enough diagram-based practice.

Mechanics II

This volume takes mechanics into a more advanced phase. It moves from energy ideas into center of mass, collision analysis, rotational dynamics, and gravitation.

For many students, this book is where real improvement begins because it teaches how different conservation principles work together inside one problem.

Chapters and Subtopics

• Work, Energy, Power and Conservation of Energy – variable force work, power, conservative forces, energy conservation
• Centre of Mass, Conservation of Linear Momentum and Collisions – impulse, system motion, elastic and inelastic collision, explosion problems
• Rotational Dynamics – torque, moment of inertia, angular momentum, rolling motion, rotational energy
• Gravitation and Satellites – field, potential, orbital motion, escape speed, satellite energy

Structure Explanation

This book is organized around conservation laws and rotational motion. It is highly useful once the student becomes comfortable with force analysis from Mechanics I.

Important Points

• Energy and momentum methods should be compared in the same chapter.
• Rotation requires repeated formula revision plus diagram work.
• Gravitation is compact but conceptually rich.

Exam Relevance

Very important for JEE Main and JEE Advanced, especially because rotational dynamics and collisions often appear in higher-difficulty problems.

Preparation Tips

Solve rotation in smaller sets and keep separate notes for standard moment of inertia results, rolling conditions, and collision patterns.

Common Mistakes

Students confuse conservation-law conditions, apply wrong moment of inertia values, and ignore axis choice in rotational problems.

Waves and Thermodynamics

This book combines properties of matter, heat, thermodynamics, SHM, and waves into one strong revision-friendly volume. It is one of the most balanced books in the series because it mixes conceptual and formula-driven chapters.

Students usually find this book scoring after enough practice because many chapters here follow standard patterns once the fundamental ideas are clear.

Chapters and Subtopics

• Mechanical Properties of Matter – stress, strain, elastic moduli, deformation, rigidity
• Heat and Thermodynamics – thermal expansion, calorimetry, heat transfer, laws of thermodynamics, cyclic processes
• Simple Harmonic Motion – restoring force, phase, time period, spring systems, energy in oscillation
• Mechanical Waves – wave equation, propagation, standing waves, sound basics, superposition

Structure Explanation

This book connects macroscopic matter properties with thermal behavior and then moves toward oscillatory and wave motion. That makes it useful for students who want one compact volume for multiple medium-length high-yield chapters.

Important Points

• Thermodynamics requires concept plus sign-convention discipline.
• SHM should be revised using both force and energy methods.
• Wave questions need diagram and equation interpretation together.

Exam Relevance

Important for JEE Main and useful for JEE Advanced because these chapters often appear as mixed conceptual problems or standard-pattern questions.

Preparation Tips

Create compact summary notes for standard thermodynamic processes, SHM time periods, and wave relations.

Common Mistakes

Students often treat thermodynamics as a formula chapter, forget SHM assumptions, and mix up standing-wave conditions.

Electrostatics and Current Electricity

This book covers one of the most important and scoring branches of JEE Physics. It starts with electrostatics and then moves into capacitance, electric current, and circuit behavior.

It is a high-value book because many exam questions in both JEE Main and JEE Advanced are drawn directly or indirectly from these topics.

Chapters and Subtopics

• Electrostatics – Coulomb law, electric field, flux, electric potential, field due to distributions
• Capacitance and Applications – capacitor combinations, dielectrics, energy storage, charged systems
• Electric Current and Circuits – drift velocity, resistance, Kirchhoff rules, cells, bridges, meter problems

Structure Explanation

The chapter order is ideal because it moves from charge and field to energy storage and finally to steady current flow. This helps students connect abstract field ideas with practical circuit application.

Important Points

• Electrostatics and capacitance are major scoring areas.
• Circuit analysis needs regular practice, not just formula reading.
• Symmetry methods are crucial in field problems.

Exam Relevance

Extremely important for JEE Main and JEE Advanced because this branch contributes heavily to direct and mixed questions.

Preparation Tips

Revise standard field and potential results regularly, and solve one circuit set daily during the electricity phase of preparation.

Common Mistakes

Students misuse symmetry, forget sign conventions, and treat circuit problems mechanically without understanding current flow logic.

Magnetic Effect of Current and EMI

This book continues the electricity branch into magnetism, electromagnetic induction, AC, and electromagnetic waves. It is one of the most visualization-heavy books in the series.

Students who practice direction, field, and flux-based reasoning patiently often find this volume highly rewarding in exam performance.

Chapters and Subtopics

• Magnetic Effects of Current – Biot-Savart law, Ampere law, magnetic field due to wire, loop and solenoid
• Magnetism and Matter – bar magnet, earth magnetism basics, magnetic materials
• Electromagnetic Induction – Faraday law, Lenz law, flux, motional emf, induction in moving systems
• Alternating Currents – reactance, impedance, phasor concepts, resonance, power factor
• Electromagnetic Waves – wave nature, propagation, spectrum overview

Structure Explanation

This volume moves from current-produced magnetic field to induction and AC behavior. The flow makes sense because each concept builds naturally from the previous one.

Important Points

• Direction-based questions need repeated practice.
• EMI should be studied with flux understanding, not memorization.
• AC becomes easy only after phasor concepts are clear.

Exam Relevance

Very important for both JEE Main and JEE Advanced, especially in induction and AC-based numerical problems.

Preparation Tips

Practice magnetic-force and induction problems with diagrams, and revise standard AC relationships with a short summary sheet.

Common Mistakes

Students confuse force directions, ignore flux change conditions, and use AC formulas without understanding circuit phase behavior.

Optics

This is a compact but highly important standalone optics volume. It isolates ray optics and wave optics into one focused revision-friendly book.

For many students, optics becomes one of the fastest scoring sections after enough problem practice because the patterns repeat and the diagrams become familiar.

Chapters and Subtopics

• Ray Optics – reflection, refraction, mirrors, lenses, prism, optical instruments
• Wave Optics – interference, diffraction, polarization, Young’s double slit experiment, fringe analysis

Structure Explanation

The optics book is short but powerful because it combines geometrical and wave views of light in one place. That makes it very useful in late-stage revision.

Important Points

• Sign conventions must be revised repeatedly.
• Wave optics should be practiced visually.
• Instrument questions often combine multiple concepts.

Exam Relevance

Very useful for JEE Main and JEE Advanced because optics provides both direct and moderate-level conceptual problems.

Preparation Tips

Keep separate notes for mirror-lens conventions, optical instrument formulae, and fringe-width relations.

Common Mistakes

Students mix sign rules, confuse image-formation conventions, and avoid wave-optics derivation logic.

Modern Physics

This book is one of the most efficient scoring volumes in the full set. It collects modern topics that are generally compact, formula-supported, and highly testable.

Students who revise this book regularly in the final phase of preparation often gain quick marks with good accuracy.

Chapters and Subtopics

• Dual Nature of Radiation and Matter – photoelectric effect, photon model, de Broglie relation
• Atomic Physics – Bohr model, energy levels, spectral lines
• Nuclear Physics – radioactivity, decay law, nuclear reactions, binding energy
• Semiconductor Devices and Applications – intrinsic and extrinsic semiconductors, diode, transistor basics, logic applications
• Communication Systems – basic signal concepts, modulation overview, communication principles

Structure Explanation

The sequence is compact and logical, moving from radiation and atom models to nucleus, devices, and communication. It is a very efficient book for final scoring revision.

Important Points

• Modern physics is short but high value.
• Semiconductors should not be ignored.
• Atomic and nuclear physics need formula plus concept recall.

Exam Relevance

Highly important for JEE Main and useful in JEE Advanced, especially through direct and medium-difficulty application questions.

Preparation Tips

Revise modern physics in short repeated cycles and practice direct formula-based questions along with a few conceptual ones every day.

Common Mistakes

Students underestimate communication and device topics, forget standard constants and relations, and overcomplicate direct modern physics questions.

Frequently Asked Questions

Conclusion

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