
Description of Individual Course UnitsCourse Unit Code  Course Unit Title  Type of Course Unit  Year of Study  Semester  Number of ECTS Credits  160103003104  THEORY OF ELECTROMAGNETICS  I  Compulsory  2  3  5 
 Level of Course Unit  First Cycle  Objectives of the Course  Investigation of static electromagnetic field using mathematical methods.
Instruction of Fundamentals, Laws and Methods of Electromagnetic Field Theory.  Name of Lecturer(s)  Dr. Öğr. Üyesi Ramazan Topkaya  Learning Outcomes  1  Introduction, science history, basic concepts  2  Vektör analiz bilgilerinin alan teorisi dersinde önemini bilir.  3  Elektriksel alan hesaplama methodlarını bilir ve kullanır.  4  The student will have enough information about behaviour of static electromagnetic field under different media.  5  
 Mode of Delivery  Daytime Class  Prerequisites and corequisities  No  Recommended Optional Programme Components  No  Course Contents  Introduction, science history, basic concepts, Vector analysis, Electrostatic: Coulomb law, electrostatic field and field lines, charge density and its distribution, Electrostatic: electric flux and flux density, Gauss law and Gauss surfaces, Electrostatic: divergence, divergence of a vector field, its properties and divergence theorem, Electrostatic: work, energy and potential, Electrostatic: capacity and dielectric materials / polarization / relative permeability / capacitor / electric dipole/ Laplace equation, Magnetostatic: Current field and BiotSavart law / Ampere law, Magnetostatic: Rotational, magnetic flux density (B) / vector magnetic potential, Stokes theory, Magnetostatic: Lorentz force, magnetic force, magnetic force density, inductive media and Static electromagnetic field, magnetic dipole and permanent magnet, magnetic materials, Magnetostatic: Inductance / Faraday law / Magnetic and Electric Circuits and their comparison, Electromagnetism: Maxwell equations, Faraday Induction  Weekly Detailed Course Contents  
1  :Introduction, science history, basic concepts    2  : Vector analysis    3  Coordinate systems, Line, Surface and Volume Integrals    4  Gradient, Divergence and Rtational    5  Gradyan, Diverjans ve Stokes Teoremleri  Problem çözümlü katılım   6  Electrostatic, Coulomb Law, Electric Field    7  Electric Flux, Gauss Law and Rotational of electric Field    8  Conductors in Electric Fields and Steady Current Flow, Continuity Equation in Conductors, Ohms Law    9  Computation the Capacity of Capacitors, Electrical Energy Storage    10  Fields in Dielectric Materials, Polarization, Boundary Conditions in Electrostatics    11  Midterm Exam    12  Magnetostatics, BiotSavarts Law, Magnetic Field Intensity Computation, Magnetic Flux Density    13  Amperes Law and Applications, Gauss Law for Magnetic Fields, Magnetic Vector Potential    14  Inductance, the Energy Storage in Coil, Magnetically Coupling, Magnetic Force    15  Lorentz Force, Magnetism, Permeability, Classification of Magnetic Materials    16  Final exam   
 Recommended or Required Reading  • Elektromagnetik Alan Teorisi, Bayrakçı H.E., Birsen Yayınevi 2000
• Elektromagnetik Teori, David J. Griffiths (Basri Ünal), Gazi Kitabevi, 2005
• Field and Wave Electromagnetics, Cheng D.K., Addison – Wesley Publ. 1983  Planned Learning Activities and Teaching Methods   Assessment Methods and Criteria  
Midterm Examination  1  40  Quiz  1  20  Attending Lectures  14  20  Homework  5  20  SUM  100  
Final Examination  1  100  SUM  100  Term (or Year) Learning Activities  40  End Of Term (or Year) Learning Activities  60  SUM  100 
 Language of Instruction  Turkish  Work Placement(s)  No 
 Workload Calculation 

Midterm Examination  1  1  1  Final Examination  1  2  2  Attending Lectures  14  5  70  Homework  14  6  84  
Contribution of Learning Outcomes to Programme Outcomes  LO1   1              LO2   5              LO3   4              LO4   5              LO5   5             
 * Contribution Level : 1 Very low 2 Low 3 Medium 4 High 5 Very High 



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