COMPUTATIONAL PHYSICS (2/1 SCU)

Learning Outcomes:

On successful completion of this course, students will be able to: LO1 – solve problems in topics of Electric Charge and Electric Fields, Voltage and Current, Resistance and Capacitance, Circuits Design & Analysis, Magnetic Field, Induction and inductance, and Electromagnetic Oscillation and Alternating Current; LO2 – identify the concept and real-world application of Resistance and Capacitance, Circuits Design & Analysis, Magnetic Field, Induction and inductance, and Electromagnetic Oscillation and Alternating Current; LO3 – experiment computational simulations of basic electrical circuits using Python programming language; LO4 – analyze the computational simulation result of Voltage and Current, Resistance and Capacitance, Circuits Design & Analysis, Induction and inductance, and Electromagnetic Oscillation and Alternating Current.

Topics:

1. Electric Charge and Electric Fields;
2. Voltage and Current;
3. Resistance and Capacitance;
4. Circuits Design & Analysis;
5. Induction and inductance;
6. Magnetic Fields;
7. Electromagnetic Oscillation and Alternating Current;
8. Basic Python and PPE Installation;
9. Basic Circuit Design and Simulation;
10. Basic Resistive Circuits;
11. Basic Rectifier Circuits;
12. Basic Resistor – Capacitor (RC) Circuits;
13. Basic Resistor – Inductor – Capacitor (RLC) Circuits.