By Tamer Becherrawy

This ebook bargains with electromagnetic conception and its functions on the point of a senior-level undergraduate path for technological know-how and engineering. the fundamental techniques and mathematical research are in actual fact constructed and the real purposes are analyzed. every one bankruptcy includes a variety of difficulties ranging in hassle from uncomplicated purposes to not easy. The solutions for the issues are given on the finish of the publication. a few chapters which open doorways to extra complicated subject matters, equivalent to wave thought, precise relativity, emission of radiation via fees and antennas, are included.

The fabric of this booklet permits flexibility within the number of the themes lined. wisdom of easy calculus (vectors, differential equations and integration) and normal physics is thought. the necessary mathematical innovations are progressively brought. After a close revision of time-independent phenomena in electrostatics and magnetism in vacuum, the electrical and magnetic houses of subject are mentioned. Induction, Maxwell equations and electromagnetic waves, their mirrored image, refraction, interference and diffraction also are studied in a few element. 4 extra themes are brought: guided waves, relativistic electrodynamics, debris in an electromagnetic box and emission of radiation. an invaluable appendix on arithmetic, devices and actual constants is included.

Contents

1. Prologue.

2. Electrostatics in Vacuum.

3. Conductors and Currents.

4. Dielectrics.

5. distinctive ideas and Approximation Methods.

6. Magnetic box in Vacuum.

7. Magnetism in Matter.

8. Induction.

9. Maxwell’s Equations.

10. Electromagnetic Waves.

11. mirrored image, Interference, Diffraction and Diffusion.

12. Guided Waves.

13. exact Relativity and Electrodynamics.

14. movement of Charged debris in an Electromagnetic Field.

15. Emission of Radiation.

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**Extra resources for Electromagnetism: Maxwell Equations, Wave Propagation and Emission (ISTE)**

**Example text**

The corresponding interaction potential energy UG = GMm/r decreases slowly with the distance, like 1/r. We say that this is a long-range force. As all bodies that have mass have gravitational interaction, this is the dominant force on the cosmic scale. It is responsible for the cohesion of celestial bodies, the binding of satellites to planets, of planets to stars, the stars to galaxies and the galaxies within the Universe. m2/C2) and the magnetic forces between charges in motion, magnetic matter, and electric currents.

Similarly, the force that particle (2) exerts on particle (1) is F2→1 = − ∇1U(r). Verify that F1→2 = −F2→1 (principle of action and reaction). e. the invariance in arbitrary rotations) implies that U(r) does not depend on the direction of r but only on the distance r; thus we have V = U(r). Calculate in this case F1→2 and F2→1 and verify that they are in the direction of r (central forces). 17 a) The basis vectors e'β and eα are related by the relation eα = Σβ Rβα e'β. Show that the components of a vector A transform according to A'β = Σα Rβα Aα.

R)/r3. Calculate the corresponding electric field E = −∇V. Suppose that p = pez. Calculate V and E at the point r(0, 3, 4). b) The vector potential of a magnetic dipole moment M is Prologue 21 A = k(M M × r)/r3. Calculate the corresponding magnetic field B = ∇ × A. Suppose that M = M ez. Calculate A and B at the point r(0, 3, 4). 9 In a given frame of reference, a vector field E has the components Ex = 6x −5z, Ey = −8y and Ez = −5x. Is this field the gradient of a scalar field f? If yes, write the expression of f in this frame.