EEE224_Fall10_Lecture1 - METU - NCC EEE 224 ELECTROMAGNETIC...

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1 EEE 224 ELECTROMAGNETIC THEORY Introduction METU - NCC Assist. Prof. Dr. Özlem Özgün Office : S-144 Phone : 661 2972 E-mail : ozozgun@metu.edu.tr Web : http://www.metu.edu.tr/~ozozgun/
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2 Time Schedule Follow METUONLINE for course materials and announcements ! Thursday Friday 10.40 – 12.30 13.40 – 15.30 Office Hours : Thursday (14.40–17.30), Friday (15.40-17.30) (or by appointment)
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3 References Main Book : Matthew N.O. Sadiku, Elements of Electromagnetics . Oxford OR David K. Cheng, Fundamentals of Engineering Electromagnetics . Prentice Hall.
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4 Grading Policy 1 st Midterm : 20% 2 nd Midterm : 20% Final : 35% Term project : 10% Quiz & Attendance : 15% Term project: You will be given a topic that covers the real-life applications of electrostatics, magnetostatics and electromagnetic induction. Each topic will be investigated, presented and reported by a group of two students . Topics and details will be announced later.
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5 Course Outline Vector Analysis Vector Algebra, Dot product, Cross product Coordinate Systems Divergence & Curl of a Vector Field Divergence & Stokes’ Theorems Null Identities, Helmholtz’s Theorem Static Electric Fields Coulomb’s Law Gauss’ Law Electric potential Dielectric properties of materials Boundary conditions Capacitors, Energy and forces Solution of boundary value problems Steady Electric Fields Joule’s law Resistance calculations Static Magnetic Fields Vector magnetic potential Biot-Savart Law Boundary conditions Inductors, Magnetic energy Magnetic Forces and Torques Slowly time-varying fields Faraday’s Law
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6 Objective Introduce the basic principles of the electromagnetic phenomena in terms of a few relatively simple laws.
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EEE224_Fall10_Lecture1 - METU - NCC EEE 224 ELECTROMAGNETIC...

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