Faculty of Science

Model (No 12)

Course Specification : ديناميكا - كهرومغناطيسية

2010 - 2011

 
Farabi Quality Management of Education and Learning - 20/12/2025
University :Mansoura University
Faculty :Faculty of Science
Department :Physics Department
1- 1- Course data :-
Code: 14217
Course title: ديناميكا - كهرومغناطيسية
Year/Level: ثانية كيمياء وفيزياء
Program Title:
  • B. Sc. Physics & Chemistry
Specialization:
Teaching Hours: Theoretical: 4Tutorial: Practical:
2- 2- Course aims :-
  1. • introduce the principles of the thermodynamic like equation of state of the ideal and real gas, also know the zero, 1st , and 2nd law of thermodynamic and their mathematical form
  2. • introduce the principles of the bases of the electromagnetic theory from the definitions of the electrostatic and magnetostatic fields and Maxwell’s equations for steady-state.
  3. Study the varying-time effects of the electromagnetic fields and Maxwell’s equations in time-dependent case.
  4. Outline the basic information of the electromagnetic waves and their propagation in media.
3- 3- Course Learning Outcomes :-
4- 4- Course contents :-
NoTopicsWeek No.
1Introduction to thermodynamic science, the necessary terminologies and different system, equations of state of ideal gas and its P-V-T
2Equations of state of real gas and its P- V-T surface, and work ( calculationof the work in different processes).
3Using the partial derivatives for driving some important relations, and work for solids and liquid and some examples as an application on the preceding lectures.
4First law of thermodynamic, heat, heat capacity and specific heat, and more relations between partial derivatives and examples.
5The second law of thermodynamic and the carnot cycle cycle and problem
6The combination of the first and the second law and problem.
7Electrostatic field
8Magnetostatics
9Magnetostatic field
10Electromagnetic wave equations

5- 5- Teaching and learning methods :-
SMethod
Lectures using data show and board
Collecting data about scientific subject
Discussion sessions and class activity
Problem classes and group tutorial

6- 6- Teaching and learning methods of disables :-
  1. Lectures using data show and board
  2. Problem classes and group tutorial

7- 7- Student assessment :-
- Timing
NoMethodWeek No.
1Final exam14
2Oral exam14
3Lab experiment
- Degree
NoMethodDegree
1Mid_term examination0
2Final_term examination90
3Oral examination 10
4Practical examination 0
5Semester work0
6Other types of asessment0
Total100%

8- 8- List of books and references
SReferenceType
1Department Notes on "Thermodynamic and Electromagnetic Theory"
2P. Herbert Neff Jr., 1991, "Introductory Electromagnetics", (John Wiley & Sons, Singapore).
3T. D. J. Griffiths, 1999, "Introduction to Electrodynamics", (Prentice-Hall, New Jersey).
4Reitz, John R. and Milford, Frederick J., 1967, Foundations of Electromagnetic theory,

9- 9- Matrix of knowledge and skills of the course
SContentStudy week
Introduction to thermodynamic science, the necessary terminologies and different system, equations of state of ideal gas and its P-V-T
Equations of state of real gas and its P- V-T surface, and work ( calculationof the work in different processes).
Using the partial derivatives for driving some important relations, and work for solids and liquid and some examples as an application on the preceding lectures.
First law of thermodynamic, heat, heat capacity and specific heat, and more relations between partial derivatives and examples.
The second law of thermodynamic and the carnot cycle cycle and problem
The combination of the first and the second law and problem.
Electrostatic field
Magnetostatics
Magnetostatic field
Electromagnetic wave equations

Course Coordinator(s): -
  1. Anwar Abd Elqawy Abd Elmeged Megahed
Head of department: -
Mohamed Abd Elqader Hassan Madkor