DC Electricity Applied Math
Basics of DC Electricity
Teaching & Academics,Electrical Engineering
Lectures -16
Duration -3.5 hours
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Course Description
This course guides students, 18 years of age and up, through analysis of DC circuits and addresses Ohm's Law, Watts Law, series circuits, parallel circuits, and combination circuits. They will solve for total and branch values of voltage, current, resistance, and power consumed. It could be a great refresher course or a course for students beginning their journey into understanding electrical circuit analysis. It teaches all of the mathematics necessary to calculate for voltage, current, resistance, and wattages prior to the applied lesson. The math consists of simple algebra, conversions, decimals numbers, fractions, and reciprocity. Students should have a basic understanding of the use of a calculator fore the aforementioned skills.
The course assumes no electrical knowledge and begins with defining the necessary components of a complete circuit, and defines what voltage, current, and resistance means in a circuit. It defines and describes the units of measure for each of the components and the standard symbols that are used in the electrical industry. This course is a pre-requisite for the follow up course of alternating current where AC power supplies, inductors, transformers, capacitors, inductive reactance, capacitive reactance, power factor, and impedance are taught. It's necessary to understand the series and parallel configurations as they hold true in AC analysis as well as DC analysis.
Goals
What will you learn in this course:
- Identify all components of a DC electrical circuit.
- Define and construct simple DC electrical circuits.
- Troubleshoot and analyze DC electrical circuits.
- Execute the necessary math skills values to solve for missing values in DC electrical circuits.
Prerequisites
What are the prerequisites for this course?
- Students should have basic math skills. know how to use a calculator, and have logical reasoning ability.
Curriculum
Check out the detailed breakdown of what’s inside the course
Introduction
16 Lectures
- Introduction to the DC applied math couse 06:04 06:04
- Components of a complete circuit 06:14 06:14
- Battery Operation 07:56 07:56
- How a DC power supply is constructed and how it works. 11:12 11:12
- How electrons flow in a circuit given all of the required components. 14:56 14:56
- Ohm's Law Explained 19:01 19:01
- Series circuits part 1 17:22 17:22
- Series circuits part 2 12:13 12:13
- Series circuit practice analysis 19:21 19:21
- Parallel Circuits 1 22:16 22:16
- Parallel Circuits 2 11:55 11:55
- Parallel Circuits 2 Continued 15:39 15:39
- Parallel Circuit Practice Problem 11:32 11:32
- Combination Circuits 1 11:27 11:27
- Parallel Series Combination Circuit 10:32 10:32
- Combination Circuit Practice 15:28 15:28
Instructor Details
Thomas Viviano PhD
My name is Dr. Thomas Viviano and have been teaching electrical theory, motor control, relay logic, and PLCs for approximately 25 years. I also taught at Temple University, Bucks County Community College, and various trade schools in the electrical mechanical discipline. It’s very important to me that I teach the way that I learn, and that is breaking down large and complicated concepts into smaller and easier to understand chunks. I make sure I am available for questions and added needed assistance when necessary. Welcome to the course and I look forward to working with you.
Thomas Viviano, Ph.D.
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