PH476-P :

Department

Department of Physics

Academic Program

Bachelor in Physics

Type

Compulsory

Credits

02

Prerequisite

PH476

Overview

1- Introducing the devices and getting used to their use, how to conduct experiments, and acquire the skill of observation and conclusion.2- Clarify theoretical ideas in nuclear physics practically and link theory and experimentation.3- Developing the student's skills by writing laboratory reports.4- The student should go deeper into finding an explanation for the results of the experiments.The student should recognize the importance of using safety means inside the laboratory-5

Intended learning outcomes

. - The student should acquire sufficient skills to design and conduct experiments.- The student should be able to graph the data and values taken from the experiment- The student should distinguish between the devices and the methods of connecting them in the laboratory.- The student should explain the results of the experiments through laboratory discussion. - The student should understand the theoretical physical concepts and understand the importance of laboratory experiments and their correct implementation

Teaching and learning methods

- Explanation on the board to illustrate the theoretical side of an experiment.- Connecting devices and tools.- Printed sources showing action steps for each experiment.- Using the electronic information network for scientific discussion of each experiment

Methods of assessments

Interaction, participation and attendance during the performance of experiments during the semester 10% Writing laboratory reports in a typical scientific way during the semester 30% as each report has its own evaluation grade and the midterm exam (practical) in the sixth week by 20%, and the final exam at the end of the semester at a rate of 40%. And in two stages - the practical exam by 20% and the theoretical exam by 20%

(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)