PH352 : special teaching methods

Department

Department of Physics

Academic Program

Bachelor in Physics

Type

Compulsory

Credits

02

Prerequisite

PH235

Overview

A course in the third chapter based on the general electricity material, where the sources of the magnetic field and how to obtain it are identified, and an in-depth study of some of the laws of inductive influence, in-depth knowledge and understanding of AC circuits and its sources, and identification of the coefficient of mutual induction and self-i

Intended learning outcomes

The ability to understand the properties of magnetic fields and its sources, that the student understands the concept of the mutual force between two parallel conductors that the magnetic field acts, that the student is able to understand the sources of alternating current, and is able to solve the AC circuits RL/RLC.

Teaching and learning methods

The ability to understand the properties of magnetic fields and its sources, that the student understands the concept of the mutual force between two parallel conductors that the magnetic field acts, that the student is able to understand the sources of alternating current, and is able to solve the AC circuits RL/RLC.Teaching method:1-Theoretical lectures combined with various examples in each topic2-Solving various exercises and issues collectively or individually inside the classroom.3- Using different references, whether they are books or electronic networks.4- Solve exercises and issues related to the topics to help the student understand the foundations.

Methods of assessments

First midterm exam in the fifth or sixth week with homework exercisesSecond midterm exam in the eleventh week with homework exercisesEnd of semester exam

A book on Electricity and Magnetism 1993 by the author, Dr. Theeb Muhammad Ghoneim, which is located in the college library

(EC116)
general psychology (ES115)
TEMPERATURE AND MATERIAL PROPERTIES (PH111)
(GC111)
GENERAL CHEMISTRY 1 (PH110S)
(PH110)
(EC235)
PRACTICAL PHYSICS 1 (PH124-P)
SOUND AND LIGHT (PH123)
GENERAL ELECTRICITY (PH122)
GENERAL CHEMISTRY 2 (PH120S)
2 GENERAL MATHEMATICS (MA121)
(GC234)
MATHEMATICAL PHYSICS 1 (PH235)
PRACTICAL PHYSICS 2 (PH234-P)
ELECTRICITY AND MAGNETISM (PH232)
MECHANICS 1 (PH230)
(EC236)
THERMODYNAMICS (PH241)
(PH245)
Bases of Curricula (EC246)
Developmental Psychology (ES355)
Measurement and evaluation (GC354)
special teaching methods (PH352)
PRACTICAL PHYSICS 3 (PH352-P)
ATOMIC PHYSICS (PH356)
(PH471)
(PH363-P)
(PH363)
PRACTICAL ADVANCED ELECTRICAL (PH362-P)
ELECTRONIC (PH362)
(PH476)
(PH476-P)
(PH477-P)
Teaching Practice 1 (Teaching applications) (PH478)
Solar Energy (PH481E)
Teaching Practice (PH488)