sitemap | contact us
  Book Series
  Book Proposal Form
  Using Published Material
  Rights and Permissions
  Examination Copies
  List of Publishers
  About Narosa
  Group Companies
  Our Strength
view in print mode
Numerical Problems in Physics: Volume 1: Optics, Waves and Oscillations, Electromagnetic Field Theory, Solid State Physics and Modern Physics
Author(s): Devraj Singh, Shashi Kant Pandey

ISBN:    978-81-8487-447-1 
Publication Year:   2015
Pages:   568
Binding:   Paper Back
Dimension:   160mm x 240mm
Weight:   810


About the book

Numerical Problems in Physics, Volume 1 is intended to serve the need of the students pursuing graduate and post graduate courses in universities with Physics and Materials Science as subject including those appearing in engineering, medical, and civil services entrance examinations.

Key Features

  • • 29 chapters on Optics, Wave & Oscillations, Electromagnetic Field Theory, Solid State Physics & Modern Physics • 540 solved numerical problems of various universities and competitive examinations • 523 multiple choice questions for quick and clear understanding of subject matter • 567 unsolved numerical problems for grasping concepts of the various topic in Physics • 49 Figures for understanding problems and concept

Table of Contents

Preface / Optics: Interference of Light / Diffraction of Light / Polarisation of Light / Optical Instruments / Lasers / Fibre Optics / Waves and Oscillations: Wave Motion / Simple Harmonic Oscillator / Damped Harmonic Oscillator / Forced Harmonic Oscillators / Ultrasonics / Electromagnetic Field Theory: Scalar and Vector Fields / Motion of the Charged Particles in Electromagnetic Fields / Gauss’s Law and its Applications / Maxwell’s Equations / Solid State Physics: Crystal Physics / Free Electron Theory of Metals / Band Theory of Solids / Dielectric Materials / Magnetic Properties of Solid Materials / Semiconductor Physics / Photoconductivity and Photovoltaics / Modern Physics: Special Theory of Relativity / Wave-Particle Dualism / The Equation of Motion of Matter Waves: Schrödinger’s Equation / Statistical Mechanics / Superconductivity / X-Rays / Nuclear Physics / Bibliography / Appendixes / Index.


Undergraduate and Postgraduate Students


| Companies | Mission | Strength | Values | History | Contact us
© Narosa Publishing House