Name: Advanced Level Physics 7th Edition
Brand: Amit Book Depot
Price: 275 INR
Availability: InStock

Advanced Level Physics 7th Edition

by Madhurima

₹275 ₹275.00(-/ off)

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23 Customer Review

Advanced Level Physics 7th Edition by Nelkon & Parker (CBS Publishers) is a comprehensive book for A-Level and pre-university physics. Covering Mechanics, Electricity, Optics, Thermal Properties, Electronics, and Atomic Physics, it includes simple harmonic motion, electromagnetic induction, wave-particle duality, semiconductors, and nuclear energy. Each chapter features clear theory, worked examples, and exercises. Ideal for exam preparation, this updated edition builds conceptual mastery in dynamics, magnetic fields, interference, and thermodynamics. A trusted classic for serious physics students.

Advanced Level Physics 7th Edition by Michael Nelkon and Philip Parker remains a definitive book for students pursuing physics at the pre-university and undergraduate foundation levels. Published by CBS Publishers & Distributors Pvt Ltd, this revised edition continues the legacy of a title that has shaped generations of physicists and engineers. The book provides a rigors yet accessible treatment of classical and modern physics, integrating conceptual clarity with extensive problem-solving practice.

This edition comprehensively covers mechanics, electricity, optics, thermal properties, and atomic physics. The content is structured into five logical parts. Part One covers dynamics, circular motion, simple harmonic motion, forces in equilibrium, elasticity, and the gravitational field. These foundational chapters develop a strong grasp of solid materials and fluid forces, essential for engineering aspirants. Part Two delves into electrostatics, the electric field, capacitors, current electricity, magnetic fields, electromagnetic induction, and A.C. circuits, offering a complete treatment of classical electromagnetism.

Part Three addresses geometrical optics, lenses, optical instruments, wave theory, interference, diffraction, polarisation, and sound waves in strings and pipes. This section uniquely bridges wave optics and acoustics. Part Four covers thermometry, heat capacity, gas laws, thermodynamics, the kinetic theory of gases, and heat transfer via conduction and radiation, providing a solid foundation in thermal physics. Part Five introduces electron motion, the cathode-ray oscilloscope, semiconductors (junction diode, transistor), telecommunications, analogue and digital electronics, photoelectricity, X-rays, wave-particle duality, radioactivity, and nuclear energy.

Key pedagogical features include numerous worked examples, a wealth of practice exercises with answers provided at the end, and a detailed index for quick reference. The 7th edition incorporates updated terminology while retaining the hallmark logical progression of topics. This book is ideal for students preparing for A-Level, IB Physics, and competitive entrance examinations. Its enduring popularity stems from the authors’ ability to explain complex phenomena—from simple harmonic motion to quantum behaviour—without oversimplification. For educators and self-learners alike, Advanced Level Physics remains an authoritative, comprehensive, and reliable resource.

Have Doubts Regarding This Product ? Ask Your Question

Q1

Does this book cover both wave interference and diffraction?

A1

Yes. Part Three includes dedicated chapters on Interference of Light Waves and Diffraction of Light Waves, explaining fringe formation and Huygens’ principle.
Q2

Are semiconductors and digital electronics included?

A2

Yes. Part Five covers junction diodes, transistors, analogue and digital electronics, and telecommunications fundamentals essential for modern physics.
Q3

Does the text explain simple harmonic motion in depth?

A3

Yes. Chapter 2 covers Circular Motion and Simple Harmonic Motion, including energy changes, damping, and resonance with mathematical derivations.
Q4

Is there coverage of A.C. circuits?

A4

Yes. Chapter 14 is fully devoted to A.C. Circuits, covering reactance, impedance, phase relationships, and power in capacitive and inductive circuits.
Q5

Does the book cover photoelectricity and X-rays?

A5

Yes. Chapter 33 explains photoelectricity, energy levels, X-rays, and wave-particle duality, linking quantum theory to observable phenomena.
Q6

Is there a chapter on the gravitational field?

A6

Yes. Chapter 7 covers The Gravitational Field, including Newton’s law, field strength, potential, and satellite motion.
Q7

Does the book explain electromagnetic induction?

A7

Yes. Chapter 13 is dedicated to Electromagnetic Induction, covering Faraday’s and Lenz’s laws, eddy currents, and self-inductance.
Q8

Does the book cover optical instruments?

A8

Yes. Chapter 16 on Lenses, Optical Instruments describes microscopes, telescopes, and lens aberrations with ray diagrams.
Q9

Is there a chapter on sources of energy?

A9

Yes. Chapter 5 discusses Sources of Energy, including renewable and non-renewable sources, efficiency, and environmental context.
Q10

Does this text include nuclear energy and radioactivity?

A10

Yes. Chapter 34 covers Radioactivity, Nuclear Energy, including decay laws, half-life, fission, fusion, and nuclear reactors.

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PART ONE: MECHANICS, SOLID MATERIALS

1. Dynamics

2. Circular Motion, Simple Harmonic Motion

3. Forces in Equilibrium, Forces in Fluids

4. Further Topics in Mechanics and Fluids

5. Sources of Energy

6. Elasticity, Molecular Forces, Solid Materials

7. The Gravitational Field

PART TWO: ELECTRICITY

8. Electrostatics. The Electric Field

9. Capacitors

10. Current Electricity

11. Magnetic Field and Force on Conductor

12. Magnetic Fields of Current-Carrying Conductors

13. Electromagnetic Induction

14. A.C. Circuits

PART THREE: GEOMETRICAL OPTICS, WAVES, WAVE OPTICS, AND SOUND WAVES

15. Geometrical Optics

16. Lenses, Optical Instruments

17. Oscillations and Waves

18. Wave Theory of Light

19. Interference of Light Waves

20. Diffraction of Light Waves

21. Polarisation of Light Waves

22. Applications of Sound Waves

23. Waves in Strings and Pipes

PART FOUR: THERMAL PROPERTIES OF MATTER

24. Temperature: Thermometry

25. Heat and Energy. Heat Capacity, Latent Heat

26. Gas Laws, Basics of Thermodynamics

27. Kinetic Theory of Gases

28. Transfer of Heat: Conduction and Radiation

29. Further Topics in Thermal Properties

PART FIVE: ELECTRONS, ELECTRONICS, ATOMIC PHYSICS

30. Electron Motion in Fields, Cathode-Ray Oscilloscope

31. Semiconductors: Junction Diode. Transistor. Telecommunications

32. Analogue and Digital Electronics

33. Photoelectricity, Energy Levels, X-Rays, Wave-Particle Duality

34. Radioactivity, Nuclear Energy

- Answers to Exercises

- Index