Overview
A
practical subject based on general electricity, electrical and magnetic, where
the student can acquire the skills of dealing with devices and equipment within
the laboratory and how to use them, develop and improve the student's skills in
preparing practical reports.
Intended learning outcomes
The student can how to connect a voltmeter and a galvanometer before
starting the experiment, and the student can draw the circuit correctly, and
remember the laws of connecting resistors and capacitors in series and in parallel,
and that the student understands the theoretical physical concepts, and
understands the importance of laboratory experiments and their correct
implementation...
Teaching and learning methods
1-Detailed explanation of the experiment on the board.
2-Use of various references, whether books or electronic networks
3- Give some theoretical problems as homework..4- Conducting practical experiments on devices in the laboratory.
Methods of assessments
Laboratory reports by 20% Participation and attendance, by 5%, the
mid-term practical exam in the eighth week by 15%, and the final theoretical
exam in the fourteenth week by 25%, the final practical exam in the fourteenth
week by 35%.
A guide to laboratory physics by the author d. Taher Abu Ein - Eng.
Ihsan Al-Shamakhi - World Scientific Library
Experimental Physics by the author Dr. Muhammad Salem Al-Lid, the
World Scientific Library.
