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Introduction
The Nature of Electricity
Static Electricity
Drift Velocity
Conductors & Insulators
Current & Electric Circuits
Electric Circuits
Current, Voltage & Resistance
Ohm's Law
Electric Power
Series & Parallel Circuits
Circuit Theorems
Example 1
Superposition Theorem
Thevenin's Theorem
Norton's Theorem
Source Transformation
Mesh-Current (or Loop) Analysis
Equations
Example 2
Formulas
Electric Fields & Capacitance
Examples of Capacitors
Voltage - Charge
Capacitors in Series and Parallel
Applications of Capacitors
Magnetism
Magnetic Flux & Flux Density
Permeability & Reluctance
Magnetic Materials
Electromagnetic Induction
Mutual Inductance
Inductance & Energizing an Inductor
Factors Affecting Inductance
Series & Parallel Inductors
Practical Considerations
Transient Response Capacitors & Inductors
Universal Time Constant Graphs
Final Quiz
(9)
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Dwayne
Good
Raymond
Fundamentals of Electricity and DC Circuit
The course content is excellent. However, it would be good to have Quiz Questions at the end of every Chapter as there is a lot of material to digest.
Mathias
Very good
Arturo
Excellent course, the basics of electricity are clearly explained.
Felix
Please add-on subtitle
good course presentation but would be perfect with subtitle.
Ahmed
Great Course
Roberto
Good course, can be confusing if you are new to DC power. Very well explained the content can become a little overwhelming. You will learn a lot about DC power in the course.
Alex
Nothing spesial
Ojinga
DC Analysis
In my opinion, this is NOT a course for absolute beginners in Electricity/Electronics. Probably more suitable for an electronics student that has gone thru this material before and needs a refresher. I'd try another online instructor. He goes thru the material quite fast! I also wish small quizzes were provided after each section rather than the end of the course.