صفحة عضو هيئة التدريس

This course provides a continuing study of Electromagnetic –I. Topics include: vector-calculus based description of static electric fields in cases of fixed charges, conductors, and dielectrics. Descriptions of moving charges (for the case of steady electric currents) and resulting static magnetic fields are also presented. This also serves as an introduction to the Maxwell equations and electromagnetic field theory. Problem solving makes frequent use of symmetry and invariance. At times it also involves computer analysis

Modern Physics Lab includes several spectroscopies and its applications. It studies Boltzmann law, Blank constant by photoelectric, Blank constant by Spectrometer, Rydberg constant, Millikan law and X-rays. 

Modern Physics Lab includes several spectroscopies and its applications. It studies Boltzmann law, Blank constant by photoelectric, Blank constant by Spectrometer, Rydberg constant, Millikan law and X-rays. 

This course provides a continuing study of Electromagnetic –I. Topics include: vector-calculus based description of static electric fields in cases of fixed charges, conductors, and dielectrics. Descriptions of moving charges (for the case of steady electric currents) and resulting static magnetic fields are also presented. This also serves as an introduction to the Maxwell equations and electromagnetic field theory. Problem solving makes frequent use of symmetry and invariance. At times it also involves computer analysis