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Electricity: Electrical Theory - DC

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Course Format
Advantage™  
Advantage
Product ID
dlmretdc
Continuing Education Units (CEUs)
0.0
Training Time ?
110 to 220 minutes
Language(s)
English
Video Format
Standard Definition
Devices Supported
Browsers Supported
IE Desktop
Required Plugins
MasteryNet Player
Lesson Interactions
14
Quiz Questions
40
Interactive Producer
Convenience Learning International
Original Content Producer
Cengage Learning
Course screen Course screen Course screen
Overview

This training serves as a perfect introduction (or supplement) to understand the fundamental DC concepts. Training provides detailed explanations of Ohm’s Law, the theory underlying operation of series/parallel circuits and combination circuits, plus the use of batteries and small sources of electricity. Safety is strongly emphasized. The blend of theory, electrical formulas, calculations,and entertaining historical information captivates learners and stimulates interest in the study of electricity/electronics basics. Graphics and animations provide realistic examples of abstract DC concepts and mathematical theories at work.

This course is in the Advantage™ format, to read about Advantage™ features click here.

  • Install on any SCORM LMS
  • Rich multimedia presentation with interactions and quiz
  • Print certificate and wallet card
  • You have 60 days to complete the course
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Audience

Any future or current electrical technicians and technologists.

Topics
The course presents the following topical areas:
  • Basic Electricity and Ohm's Law
  • Series and Parallel Circuits
  • Combination Circuits
  • Batteries and Small Sources of Electricity
Intended Performance Outcomes
Upon successful completion of this course you will be better prepared to:
  • Understand basic electricity and Ohm's Law.
    • Discuss the structure of atoms.
    • Explain the difference between conductors and insulators.
    • Discuss common electrical quantities.
    • Determine answers to Ohm's Law questions.
  • Understand series and parallel circuits.
    • Give the definition of a series circuit.
    • List rules for series circuits.
    • Define parallel circuits.
    • List rules for parallel circuits.
    • Determine electrical values in series and parallel circuits.
  • Understand combination circuits.
    • Determine electrical values in series and parallel circuits.
    • State the rules for parallel circuits.
    • Determine the current path(s) through a combination circuit.
    • Determine the total resistance of a combination circuit.
    • Determine voltage drops across elements of a combination circuit.
  • Understand batteries and small sources of circuits.
    • Discuss conduction in liquids.
    • Define primary and secondary cells.
    • Discuss charge rate for batteries.
    • Discuss different types of cells.
    • Discuss other small sources of electricity.
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