Course: Physics 2: Electricity and Magnetisme | UDBKM

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University: Djilali Bounaama Khemis Miliana

Faculty: Science and Technology

Department: Material Sciences

Domain: Sciences and technology

Level: L1

Module: Physics II : Electricity and Magnetisme

Semester: 02

Coefficient: 03

Credit : 06

Semester hourly volume: 67h30 min

Weekly hourly volume: 4h30 min (3h00 min lessons and 1h30 min tutorial)

Lecturer: Dr. ELBAA Mohamed.

specialty: Materials Physics

Diploma: Doctor in pharmaceutical analysis

Grade: MCB

Contact: m.elbaa@univ-dbkm.dz.

Assessment method: The evaluation is carried out through an interrogations and a Final Exam.

To pass the module, the general average must be greater than or equal to 10 out of 20
- Select activity ALONZO FINN FUNDAMENTAL UNIVERSITY PHYSICS SECOND EDITION
  
  ALONZO FINN FUNDAMENTAL UNIVERSITY PHYSICS SECOND EDITION File
Select topic Objectives of the Course

Objectives of the Course
The objective of this course is to introduce students to basic notions of electrostatics, electrokinetics and electromagnetism.
Different concepts are covered, ranging from the calculation of electric and magnetic fields and potentials and electrkinetics to the application of the laws of electromagnetism (Gauss, Faraday, Ampère and Maxwell), electric circuits and the charge and discharge of capacitors.
Select topic Prerequisites

Prerequisites
Notions of vector analysis (scalar and vector field, integrals: one-dimensional, two-dimensional and three-dimensional, gradient, divergence, rotational).
Select topic Plan of the Course

Plan of the Course
Chapter I : Electrostatics:

1- charges and Electrostatic Fields. 2-Electrostatic potential. 3- Electric dipole. 4- Electric field flow. 5- Gauss's theorem. 6- Conductors in equilibrium. 7- Electrostatic pressure. 8- Capacity of a conductor and a capacitor.

Chapter II : Electrokinetics:

1- Electrical conductor. 2- Ohm’s law. 3- Joule's law. 4- Electric networks. 5- Application of Ohm’s Law to networks. 6- Kirchhoff’s laws.

Chapter III : Electromagnetism :

1- Definition of a magnetic field. 2- Lorentz force. 3- Laplace’s law. 4- Faraday’s law. 5- Law of Biot and Savart. 6- Magnetic dipole.

Bibliography
Select topic Chapter 1: Electrostatics

Chapter 1: Electrostatics
- Select activity Chapter 1: Elctrostatics_Part 1
  
  Chapter 1: Elctrostatics_Part 1 File
- Select activity Chapter1: ELectrostatics_Part 2
  
  Chapter1: ELectrostatics_Part 2 File
- Select activity Chapter1: Electrostatics_Part 3
  
  Chapter1: Electrostatics_Part 3 File
- Select activity EXERCISE SERIES1_PART 1
  
  EXERCISE SERIES1_PART 1 File
- Select activity EXERCISE SERIES 1 PART 2
  
  EXERCISE SERIES 1 PART 2 File
- Select activity Exercise : Punctual Charges
  
  Exercise : Punctual Charges Assignment
Select topic Chapter 2: Electrokinetics

Chapter 2: Electrokinetics
- Select activity Chapter 2_Part 1: Electrical Conduction
  
  Chapter 2_Part 1: Electrical Conduction File
- Select activity Chapter 2_Part 2: Electrical Networks
  
  Chapter 2_Part 2: Electrical Networks File
- Select activity Exercise Series 2: Conductors in Electrostatic Equilibrium
  
  Exercise Series 2: Conductors in Electrostatic Equilibrium File
- Select activity Exercise Series 3: Electrical Networks
  
  Exercise Series 3: Electrical Networks File
Select topic Chapter 3: Electromagnetism

Chapter 3: Electromagnetism
- Select activity Introduction to Electromagnetism
  
  Introduction to Electromagnetism File
Select topic Bibliography

Bibliography
1.      Marcelo Alonso, Edward J. Finn; Fundamental University Physics, Vol 2, Ed 2, Fields and Waves (Addison-Wesley Publishing Company) 1967

2.      Edward M. Purcell David J. Morin ; Electricity And Magnetism - Third Edition ; Cambridge University Press; 2013; ISBN 978-1-107-01402-2 Hardback.

3.      L. Aït-Gougam; M. Bendaoud, N. Doulache et F Mékidèche, « Physique 2 – Electricité , Domaine ST et SM », Edité par la faculté de Physique USTHB, 2012