A Textbook of Engineering Physics is written with two distinct objectives: to provide a single source of information for engineering undergraduates of different specializations and provide them a solid base in Physics. Successive editions of the book incorporated topics as required by students pursuing their studies in various universities. In this new edition the contents are fine-tuned, modernized and updated at various stages. Physics is not an isolated body of theories which merely serve vocational usefulness.
What has been achieved in physics has sooner or later made tremendous impact on the technological growth of our society. To become active participants in the technological revolution, one has to necessarily acquaint himself with the methods of science. Mechanical memorizing of certain definitions and derivations does not belong to the method of science and as such is of little value to the student.
The main purpose of teaching physics to engineering undergraduates is to equip them with an understanding of the 'scientific method', so that they may use the training beneficially in their higher pursuits. An earnest attempt is made in this direction right from the first edition of this book by blending careful presentation of fundamental concepts and methods of physics. This edition retains the original theme of emphasis on concepts with less mathematical formalism. The practical applications are discussed at each stage.
Karaoke Home Producer Crack there. The question bank given at the end of each chapter is updated. At a number of places, points for refinement are noticed and those have been incorporated. We have gladly received and carefully considered suggestions from professors and students who have used earlier editions. Further suggestions for improvement of the quality and quantity of the content are most welcome. ELECTRIC AND MAGNETIC FIELDS: 1. Introduction 2.
Electric Charge 3. Coulomb Force 4. Electric Field 5.
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Electrical Potential 6. Potential Gradient 7. Homogeneous Electric Field 8. Equipotential Surfaces 9. The Magnetic Field 10.
Uniform Magnetic Field 11. The Magnetic Field Strength 12.
Lorentz Equation 13. The Flux of a Vector Field 15. The Divergence of a Vector Field 16. The Divergence Theorem 17. Electric Flux Density 18.
Gauss` Law 19. Applications of the Gauss Theorem 20. Differential Form of Gauss`s Theorem 21. The Gradient of a Scalar Field 22. Potential 23.
The Line Integral of a Vector Field 24. The Curl of a Vector Field 25. Stokes` Theorem 26.
Ampere`s Law 27. Poisson`s Equation 28. Laplace`s Equation 29. Current and Continuity Equation 30.
Faraday`s Law 31. Displacement Current 32. Absence of Magnetic Charge II.
MAXWELL`S EQUATIONS: 1. Introduction 2.
Maxwell`s Equations 3. The wave Equation 4. Hertz`s Discovery 5.
Plane Electromagnetic Waves 6. Transverse Nature of Electromagnetic Waves 7. The Poynting Vector 8.
Momentum and Radiation Pressure III. ELECTRON EMISSION: 1. Introduction 2. Work Function 3. Electron Emission 4.
Types of Electron Emission 5. Thermionic Emission 6. Photoelectric Emission 7.
Field Emission 8. Secondary Emission IV. ELECTRON BALLISTICS: 1. Introduction 2. Uniform Electric Field Parallel to Electron Motion 3. Energy Acquired by Electron is the Electric Field 4.
Uniform Electric Field Perpendicular to Electron Motion 5. Electron Projected at an Angle into a Uniform Electric Field 6. Motion of an Electron in a Uniform Magnetic Field 7. Magnetostatic Deflection 8. Electric and Magnetic Fields in Crossed Configuration 9.
The Electron 10. Positive Rays V. ELECTRON OPTICS: 1.
Introduction 2. Electron Refraction-Bethe`s Law 3. Electrostatic Lens 4. Electron Gun 5. Cathode Ray Tube (CRT) 6.
Limitation of Electrostatic Deflection 7. Electromagnetic Deflection Type CRT 8. Cathode Ray Oscilloscope (CRO) 9. Magnetic Field Focussing 9. Cyclotron 11.
Mass Printed Pages: 784. Bookseller Inventory # 9551.