This course is designed for students interested in learning more about the physical world. It introduces electricity, electronics and magnetism. Throughout this course, you will be shown the theory behind these concepts using physics formulas to apply each principle. You will learn about DC circuits, AC circuits, capacitors, inductors and transistors before moving to transducers like speakers and microphones. Finally, you will move on to semiconductors to explore computer chips.
What is the main topic of this course?
The main idea behind this course is that energy can be understood in the movement of simple atoms throughout circuits. We will learn about AC circuits, DC circuits and finally, the movement of energy through the components that make up electronic circuits. All of these concepts will be explained using physical formulas and equations. This course differs from other academic material on the web in that they often use text to describe the concepts of electricity and electronics. This course will use visual imagery and plenty of examples to help those new learn about these subjects.
What makes this course excellent for people who want to learn about electricity?
This course will explain how electricity works using actual world analogies. We will look at electrical circuits, how they work, how they are built, and what materials makeup them. We will also look at how specific components in the circuit work and the formulas that we can use to calculate these things. This course will explain how capacitors, inductors, transistors and diodes are connected in the circuit. We will also see how they work in terms of current flow. We will also look at how the components that make up electronic circuits work and essential components like resistors and capacitors.
What are the goals of this course?
The benefits of online courses is to have you as a student walking away feeling that you have learned a lot without showing you all of the formulas and formulas themselves. You will have a framework of information that can help you understand what’s going on in some situations without having to learn all of the math or formulas itself so that they can remain helpful to you even long after this course has ended. As well as learning about specific topics, we will also explore how certain parts in the circuit work and how they are connected.
How long does it take to complete the course?
This course will last approximately 10 hours, which is roughly six days. However, this material can be covered in less time if you want to speed through it. There will be some material that might not apply to you, so I recommend covering it as quickly as possible without missing out on anything important. Remember, this is for people new to learning about electricity and electronics.
The best e-books about Basic Electricity & Electronics for you to download, the whole content is free.
Basic Electricity & Electronics Course gives you a better insight of Basic electricity & Electronics. The main themes are AC Circuits, DC Circuits, Electrical Units and Conversions, Ohm’s Law and Power, Series Circuit Analysis and Parallel Circuit Analysis, Energy in an Electric Field and Electric Potential Difference as well as Electric Fields Around Charges as well as Current Flow in Resistive Circuits, Direct Current (DC) Circuits including Current Flow Thru Voltage Source in Series Circuit as well as Voltage Across Each Resistor in Parallel Circuit and Combination of Resistors in Series and Parallel.
The best online courses about Basic Electricity & Electronics.
The course Basic Electricity & Electronics selling courses at online platforms is one of the best online courses about Basic Electricity & Electronics. The main topics are Series and parallel resistive circuits, Current flow in resistive circuits, Series and parallel capacitive circuits and electric potential difference.The free course Fundamentals of Electric Circuits at Udemy is one of the best online courses about Basic Electricity & Electronics. The main topics are Resistors, Voltage sources and current sources, Kirchhoff’s laws and node analysis, Analysis techniques: mesh currents and nodal voltages, Analysis techniques: Thevenin’s theorem, as well as maximum power transfer theorem.
Conclusion
The Complete Basic Electricity & Electronics Course is an excellent course for learning electricity and electronics. This course provides you with a good knowledge of electricity and the fundamental physics behind electric circuits. I have personally enrolled in this course and learned a lot from this course. You can learn more about electricity, electronics, electronics circuits and energy. This course is suitable for people who want to learn basic electricity at home. I wish you all the best with this course.
