COMPUTATIONAL PHYSICS (2/1 Credits)
Learning Outcomes:
On this course, students will be able to learn about how to :
- 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;
- 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;
- Experiment computational simulations of basic electrical circuits using Python programming language;
- 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:
- Electric Charge and Electric Fields
- Voltage and Current
- Resistance and Capacitance
- Circuits Design & Analysis
- Induction and inductance
- Magnetic Fields
- Electromagnetic Oscillation and Alternating Current
- Basic Python and PPE Installation
- Basic Circuit Design and Simulation
- Basic Resistive Circuits
- Basic Rectifier Circuits
- Basic Resistor – Capacitor (RC) Circuits
- Basic Resistor – Inductor – Capacitor (RLC) Circuits
Published at :
SOCIAL MEDIA
Let’s relentlessly connected and get caught up each other.
Looking for tweets ...