PH122 : GENERAL ELECTRICITY

Department

Department of Physics

Academic Program

Bachelor in Physics

Type

Compulsory

Credits

03

Prerequisite

Overview

This course aims to introduce the student to the basics of electricity and its fields of application and the interpretation of physical phenomena and linking them to practical life. It also introduces the student to the atomic structure of matter, the nature of materials, the charge of matter and Coulomb's law. The student is also introduced to the electric field, the electric flux and Gauss's law. He also introduced him to current electrophysiology, Ohm's law, conductivity of components, and acquired practical and theoretical skills that will help him understand the courses he will study later.The student should be familiar with the knowledge and understanding of the types of electrical measurement devices and how to connect them to the electrical circuit and have the ability to operate the devices efficiently and the ability to choose the appropriate tools and use them correctly in the physical laboratories as well as the student has the ability to use equivalent devices when the required measuring devices are not available in the physical laboratories. The student is also able to solve electrical problems and circuits based on scientific foundations

Intended learning outcomes

After passing this course, the student will be familiar with the knowledge and understanding of electricity and its fields of use, interpretation of physical phenomena and linking them to daily life, and knowledge of everything related to matter, including its atomic structure and nature, Coulomb's law, and other things that are explained in the course specification.

Teaching and learning methods

Lectures (theoretical explanation and practical part) using blackboard, calligrapher, discussion and homework.

Methods of assessments

The grade of the semester work represents 40% of the final total, divided by 20% for the first midterm exam, 20% for the second midterm exam, and the remaining 60% for the final exam..

Main references•1-Ayyad Al-Hadi Al-Zawam, Murad Ramadan Talha, Electrical Basics, Tripoli International Scientific Library, 2013• 2-Marwan bin Ahmed Al-Fahad, Basic Theoretical Physics, Obeikan Library, Saudi Arabia, 1999• 3-Ahmed Raheel, Taher Abu Ein, Electricity, Dar Al-Hekma, 2013• R . Wangsness ,Electromagnetic field, wiley,1979