The Electricity and Magnetism Laboratory is one of the fundamental laboratories in physics education, allowing students to understand electrical and magnetic phenomena through practical experiments. The lab aims to bridge theoretical concepts with practical applications, thereby enhancing the student's ability to analyze and deduce.

Laboratory Objectives:
• Study the characteristics of electrical current, voltage, and electrical resistance.
• Understand Ohm's and Kirchhoff's laws and apply them practically.
• Explore magnetic fields and their effects on electrical currents.
• Develop skills in using electrical devices and laboratory equipment such as multimeters, magnets, and electric generators.
• Enhance the ability to conduct experiments, record results, and analyze data accurately.

General Content of Experiments:
• Simple and complex electrical circuits.
• Measurement of current, voltage, and resistance.
• Study of the effects of magnetic fields on wires and currents.
• Experiments on electromagnetic induction and electric motors.
• Practical applications of electrical resistance and parallel/series connections.

Laboratory Importance:
The laboratory provides a practical educational experience that helps refine students' scientific and engineering skills, serving as a fundamental step in understanding how electrical and magnetic devices operate in daily life and industry.