If you're preparing for NEET or JEE, chances are someone has already told you to pick up Concepts of Physics by H.C. Verma. It's not hype - the book has been the go-to Physics resource for Indian competitive exam students for over three decades, and it's still one of the few books that forces you to actually understand a concept instead of memorizing a formula.
On this page, you'll find chapterwise HC Verma solutions for both HC Verma Part 1 and HC Verma Part 2, covering every chapter from Introduction to Physics to The Special Theory of Relativity. Each solution is worked out step by step, so you can check where your approach went wrong instead of just copying the final answer.
Below, we've also broken down which part to study when, how HC Verma compares to NCERT, and how to actually use these HC Verma solutions PDF so they help you instead of becoming a shortcut.
Students often ask whether to start with HC Verma Part 1 solutions or jump straight to HC Verma Part 2 solutions matching their current class syllabus. Here's the honest answer:
HC Verma Part 1 covers Mechanics, Waves, and Optics - Chapters 1 to 22. This maps closely to the HC Verma solutions class 11 syllabus and lays the foundation for almost everything that comes after (Rotational Mechanics and SHM in particular show up again and again in later chapters and in NEET/JEE papers).
Class 11 syllabusHC Verma Part 2 covers Heat & Thermodynamics, Electricity & Magnetism, and Modern Physics - Chapters 23 to 47. This aligns with the HC Verma solutions class 12 syllabus and carries a heavier weight in JEE Advanced, while NEET tends to draw more from Electrostatics, Current Electricity, and Modern Physics within this part.
Class 12 syllabusOur recommendation: don't treat this as a strict Class 11 → Class 12 split. If you're a Class 12 or Dropper student who never solved Part 1 properly, go back and finish it. Mechanics first - most Electricity and Magnetism problems in Part 2 lean on concepts (vectors, calculus-based reasoning, work-energy) that Part 1 builds from scratch.
Get chapterwise free PDFs with detailed solutions of each chapter, which is given below. These materials are very useful in JEE Main, JEE advanced exam preparation and NEET preparation.
| Ch. | Chapter Name | What It Covers | Solutions |
|---|---|---|---|
| 1 | Introduction to Physics | Units, dimensions, measurement | Download PDF |
| 2 | Physics and Mathematics | Vectors, basic calculus for Physics | Download PDF |
| 3 | Rest and Motion: Kinematics | Motion in 1D and 2D, relative velocity | Download PDF |
| 4 | The Forces | Types of forces, free body basics | Download PDF |
| 5 | Newton's Laws of Motion | Laws of motion, applications, constraint motion | Download PDF |
| 6 | Friction | Static & kinetic friction, angle of friction | Download PDF |
| 7 | Circular Motion | Centripetal force, banking of roads | Download PDF |
| 8 | Work and Energy | Work-energy theorem, conservation of energy | Download PDF |
| 9 | Centre of Mass, Linear Momentum, Collision | COM, momentum conservation, elastic/inelastic collisions | Download PDF |
| 10 | Rotational Mechanics | Torque, moment of inertia, angular momentum | Download PDF |
| 11 | HC Verma Gravitation solutions | Newton's law of gravitation, orbital velocity, satellites | Download PDF |
| 12 | HC Verma SHM solutions | SHM equations, energy in SHM, pendulums | Download PDF |
| 13 | Fluid Mechanics | Pressure, Bernoulli's theorem, viscosity | Download PDF |
| 14 | Some Mechanical Properties of Matter | Elasticity, surface tension | Download PDF |
| 15 | Wave Motion and Waves on a String | Wave equation, standing waves | Download PDF |
| 16 | Sound Waves | Speed of sound, Doppler effect | Download PDF |
| 17 | Light Waves | Interference, diffraction basics | Download PDF |
| 18 | Geometrical Optics | Reflection, refraction, lenses & mirrors | Download PDF |
| 19 | Optical Instruments | Microscope, telescope, eye defects | Download PDF |
| 20 | Dispersion and Spectra | Prism, dispersion of light | Download PDF |
| 21 | Speed of Light | Measurement methods, historical experiments | Download PDF |
| 22 | Photometry | Luminous intensity, illuminance | Download PDF |
| Ch. | Chapter Name | What It Covers | Solutions |
|---|---|---|---|
| 23 | Heat and Temperature | Thermal expansion, temperature scales | Download PDF |
| 24 | Kinetic Theory of Gases | Gas laws, rms velocity | Download PDF |
| 25 | Calorimetry | Specific heat, latent heat | Download PDF |
| 26 | Laws of Thermodynamics | First & second law, entropy basics | Download PDF |
| 27 | Specific Heat Capacities of Gases | Cp, Cv, degrees of freedom | Download PDF |
| 28 | Heat Transfer | Conduction, convection, radiation | Download PDF |
| 29 | HC Verma Electric Field and Potential solutions | Coulomb's law, field lines, potential energy | Download PDF |
| 30 | Gauss's Law | Flux, applications of Gauss's law | Download PDF |
| 31 | Capacitors | Capacitance, series-parallel combinations | Download PDF |
| 32 | HC Verma Current Electricity solutions | Ohm's law, resistivity, drift velocity | Download PDF |
| 33 | Thermal and Chemical Effects of Current | Heating effect, electrolysis | Download PDF |
| 34 | Magnetic Field | Force on moving charge, motion in magnetic field | Download PDF |
| 35 | Magnetic Field due to Current | Biot-Savart law, Ampere's law | Download PDF |
| 36 | Permanent Magnets | Bar magnets, magnetic dipole moment | Download PDF |
| 37 | Magnetic Properties of Matter | Diamagnetism, paramagnetism, ferromagnetism | Download PDF |
| 38 | Electromagnetic Induction | Faraday's law, Lenz's law, EMF | Download PDF |
| 39 | Alternating Current | AC circuits, phasors, resonance | Download PDF |
| 40 | Electromagnetic Waves | EM spectrum, wave properties | Download PDF |
| 41 | Electric Current through Gases | Discharge tubes, cathode rays | Download PDF |
| 42 | HC Verma Photoelectric Effect solutions | Einstein's equation, de Broglie waves | Download PDF |
| 43 | Bohr's Model and Physics of the Atom | Atomic spectra, energy levels | Download PDF |
| 44 | X-Rays | Production, properties, applications | Download PDF |
| 45 | Semiconductors | Diodes, transistors, band theory | Download PDF |
| 46 | The Nucleus | Radioactivity, binding energy, nuclear reactions | Download PDF |
| 47 | The Special Theory of Relativity | Time dilation, length contraction, mass-energy | Download PDF |
This is one of the most searched questions around this book, so let's answer it directly: is HC Verma enough for NEET?
HC Verma is excellent for building conceptual depth and problem-solving temperament - arguably better than any NEET-specific guide for that purpose. But NEET is an MCQ-based exam with a particular question style, and HC Verma's problems are mostly subjective/numerical, closer to JEE's format.
| NCERT | HC Verma | |
|---|---|---|
| Best for | Exact syllabus, direct factual recall | Conceptual clarity, problem-solving depth |
| Question style | Matches NEET's exact phrasing | Numerical/JEE-style, needs adaptation for MCQs |
| Ideal use | First read, theory revision | Practice after NCERT, doubt-clearing |
| Difficulty | Moderate | Easy to Advanced (graded) |
This NCERT vs HC Verma comparison is one of the most common doubts NEET aspirants search for. Suggested approach: Read the NCERT chapter first, then solve the corresponding HC Verma solutions chapter for practice. Don't reverse the order - jumping into HC Verma without NCERT foundation often makes easy topics feel harder than they are.
Concepts of Physics by H.C. Verma remains one of the most reliable resources for building real problem-solving ability in Physics - not just for clearing NEET or JEE, but for actually understanding the subject. Use the chapterwise HC Verma solutions above to check your work, identify weak areas, and build the kind of conceptual foundation that carries you through both board exams and competitive tests.