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Features
- This unique free application is for all students across the world. It covers 133 topics of Electromagnetic Field Theory in detail. These 133 topics are divided in 5 units.
- Each topic is around 600 words and is complete with diagrams, equations and other forms of graphical representations along with simple text explaining the concept in detail.
- This USP of this application is "ultra-portability". Students can access the content on-the-go from anywhere they like.
- Basically, each topic is like a detailed flash card and will make the lives of students simpler and easier.
- Some of topics Covered in this application are:
- 1. Introduction of Electromagnetics (EM)
- 2. Vector Algebra
- 3. Unit Vector
- 4. Position and Distance vectors
- 5. Vector Multiplication
- 6. Component of the Vector
- 7. Cartesian coordinate Systems
- 8. Cylindrical coordinates
- 9. Rectangular to Cylindrical Coordinate Transformation
- 10. Cylindrical to Rectangular Coordinate Transformation
- 11. Spherical coordinate system
- 12. Rectangular to Spherical Coordinate Transformation
- 13. Spherical to Rectangular Coordinate Transformation
- 14. Differential Lengths in Cartesian Coordinates
- 15. Differential length in Cylindrical Coordinates
- 16. Differential Lengths in Spherical Coordinates
- 17. Line Integral
- 18. Surface Integral
- 19. Volume Integral
- 20. Del operator
- 21. Del operator
- 22. Gradient of a Scalar
- 23. Divergence of a vector
- 24. Divergence Theorem
- 25. Curl of a Vector
- 26. Stoke’s theorem
- 27. Laplacian of a scalar
- 28. Electrostatic Field
- 29. Coulomb’s Law
- 30. Electric field intensity
- 31. Electric field due to charge distribution
- 32. Electric field due to line Charge
- 33. Electric field due to Surface Charge
- 34. Electric field due to Volume Charge
- 35. Electric flux density
- 36. Gauss's law
- 37. Application of Gauss's law
- 38. Electric potential
- 39. Relationship between E and V-maxwell's Equation
- 40. Electric dipole
- 41. Electric flux line
- 42. Energy density in electrostatic fields
- 43. Properties of materials
- 44. Convection Currents
- 45. Conduction Currents
- 46. Conductors
- 47. Polarization in Dielectrics
- 48. Field due to a polarized dielectric
- 49. Dielectric Constants
- 50. Dielectric Material
- 51. Continuity Equation
- 52. Relaxation Time
- 53. Boundary Condition
- 54. Dielectric-Dielectric Boundary Conditions
- 55. Conductor-Dielectric Boundary Conditions
- 56. Conductor-Free Space Boundary Conditions
- 57. Poission’s and Laplace’s equations
- 58. Uniqueness Theorem
- 59. General procedures for solving Poission’s or Laplace’s equations
- 60. Resistance and Capacitance
- 61. Parallel-Plate Capacitor
- 62. Coaxial Capacitor
- 63. Spherical Capacitor
- 64. Method of Image
- 65. A Point Charge Above a Grounded Conducting Plane
- 66. A Line Charge above a Grounded Conducting Plane
- 67. Magnetostatics
- 68. Biot-Savart’s Law
- 69. Field due to a straight current
- 70. Ampere's circuit law
- 71. Application of ampere’s law
- 72. Infinite Sheet of Current-Ampere's Law
- 73. Infinitely Long Coaxial Transmission Line-Ampere's Law
- 74. Magnetic flux density
- 75. Maxwell’s equation for static fields
- 76. Magnetic scalar and vector potential
- 77. Derivation of Biot-Savart's law
- 78. Derivation of Ampere's law
- 79. Forces due to magnetic field-moving charged particle
- 80. Forces due to magnetic field-Current Element
- 81. Forces due to magnetic field-Between Two Current Elements
- 82. Magnetic Torque and Moment
- 83. Magnetic Dipole
- 84. Magnetization in materials
- 85. Classification of Magnetic Materials
- 86. B-H curve
- 87. Magnetic Boundary Conditions
- 88. Inductance and Inductor
- 89. Magnetic Energy
- 90. Time varying fields
- 91. Faraday's Law
- 92. Transformer emf
- 93. Motional emf
- 94. Link between electric and magnetic fields
- 95. Displacement Current
- 96. Maxwell’s equation in final form
- 97. Electromagnetic wave
- 98. EM wave propagation
- 99. Wave propagation in lossy dielectrics
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Details were last updated on Dec 7, 2024 18:19 +08.
