MPH 001 Mathematical Methods in Physics | Quick Readable Notes For IGNOU Exam 
MPH 002 Classical Mechanics I | Quick Readable Notes For IGNOU Exam 
MPH 004 Quantum Mechanics I | Quick Readable Notes For IGNOU Exam 
MPH 005 Electronics | Quick Readable Notes For IGNOU Exam 
MPH 006 Classical Mechanics II | Quick Readable Notes For IGNOU Exam 
MPH 007 Classical Electrodynamics | Quick Readable Notes For IGNOU Exam 
MPH 008 Quantum Mechanics II | Quick Readable Notes For IGNOU Exam 
MPH 011 Statistical Mechanics | Quick Readable Notes For IGNOU Exam 
MPH 012 Condensed Matter Physics | Quick Readable Notes For IGNOU Exam 
MPH 013 Optics | Quick Readable Notes For IGNOU Exam 
MPH 014 Computational Physics | Quick Readable Notes For IGNOU Exam 
MPHE 025 Materials Science | Quick Readable Notes For IGNOU Exam 
MPHE 026 Elements of Reactor Physics | Quick Readable Notes For IGNOU Exam 
MPH 016 Atomic and Molecular Physics | Quick Readable Notes For IGNOU Exam 
MPH 017 Nuclear and Particle Physics | Quick Readable Notes For IGNOU Exam 
MPHE 025 Materials Science | Quick Readable Notes For IGNOU Exam 
MPHE 026 Elements of Reactor Physics | Quick Readable Notes For IGNOU Exam 
MPHE 027 Nanoscience | Quick Readable Notes For IGNOU Exam MPH 003 Electromagnetic Theory | Quick Readable...
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| Category | : MASTER‘S DEGREE PROGRAMMES |
| Sub Category | : Master of Science (Physics) (MSCPH) |
| Products Code | : MSCPH-MPH-S1-5.52 |
| HSN Code | : 490110 |
| Language | : English |
| Author | : BMAP EDUSERVICES PVT LTD |
| Publisher | : BMAP EDUSERVICES PVT LTD |
| University | : IGNOU (Indira Gandhi National Open University) |
| Pages | : 100-130 |
| Weight | : 157gms |
| Dimensions | : 21.0 x 29.7 cm (A4 Size Pages) |
MPH 003 Electromagnetic Theory covers fundamental principles and mathematical formulations essential for understanding electromagnetism. Topics include Maxwell's equations for describing electromagnetic fields, electromagnetic waves and their properties, electromagnetic potentials, electrostatics for stationary electric fields, magnetostatics for stationary magnetic fields, electromagnetic radiation, and applications in optics and antenna theory.
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