What You Will Learn!
- Able to calculate voltage, current, and power of any DC circuit.
- Learn how to deal with combination of resistors
- Understand energy in electric circuits
- Learn how to apply Kirchhoff's Laws
- Ability to analyze circuits with resistors and capacitors
Description
This is a comprehensive course on Ohm's law and Direct-Current (DC) circuits, which are circuits where the direction of the current in a circuit element does not very with time. The topics in covered in this class are:
1. Current and the Motion of Charges
- Definition of electric current and current density
- Finding the drift velocity and density number
2. Resistance and Ohm's Law
- Review of Ohm's law
- Understanding the difference between Resistance and Resistivity
- Understand the Color Code for Resistors
- Connection to the Electric Field
3. Energy in Electric Circuits
- Review of Power
- Rate of Potential Energy Loss
- Rate of Power Dissipated in a Resistor
- EMF's and Batteries
- Internal Resistance and Maximum Power Delivered
4. Combinations of Resistors
- Simplifying Electric Circuits
- Equivalent Resistors
- Resistors in Series vs Parallel and how to identify the different combinations
5. Applying Kirchhoff's Rules to Circuits
- Problem solving strategies for single loop circuits
- Problem solving strategies for multi-loop circuits
- Finding the potential across resistors and between any two points in a circuit
- Understand measuring devices such as ammeters and voltmeters.
6. RC Circuits
- Learn how to analyze RC circuits in the short and long time limits
- Charging vs discharging a Capacitor
- Understand RC time constant
- Understand energy conservation during charging and discharging a capacitor.
The class is a combination of lectures and tutorial. I've put together a series of example problems, algebraic and conceptual, to help you better understand the material.
The are over 60 fully solved circuit problems in this class.
There are 4 problem set in the course:
1) Multiple Short Questions
2) Circuits with Resistors and EMF's
3) RC Circuits
4) Conceptual Problems
If you watch the lessons, work on the problems, i'm certain you'll become very proficient at analyzing DC circuits.
If at any point during any of my classes you didn't understand something, just message me and i'll make it right. Physics Ninja always has your back!
Happy Learning,
Dr. E.
Physics Ninja and Expert Physics and Math Teacher
Who Should Attend!
- Students looking to understand how to analyze basic DC electrical circuits containing power supplies, resistors, and capacitors
- Students studying for exams
- AP physics students
TAKE THIS COURSE