Average Power in electrical Engineering Course

58 Lessons
89 Students
Certificate of completion

Track:

Engineering

Average Power course, in this course we explore the concept of average power in electrical engineering, including its calculation and applications in circuits and systems.

To Register in Course you have to watch at least 30 Second of any lesson

What You'll Learn

Calculate average power in AC and DC circuits using different methods and formulas
Analyze the significance of average power in electrical systems and energy efficiency
Apply the concept of average power to real-world electrical circuit design and troubleshooting
Determine average power consumption in resistive, inductive, and capacitive loads
Utilize mathematical tools to compute average power in complex electrical systems
Assess the impact of power factor on average power and system performance
Implement techniques to optimize average power in electrical circuits for energy savings
Interpret the relationship between voltage, current, and average power in various circuit configurations
Use measurement instruments to accurately determine average power in practical scenarios
Evaluate the role of average power in renewable energy systems and smart grids
Develop skills to analyze and improve power efficiency in electrical engineering projects
Understand safety considerations related to power calculations and electrical system operation

Course Content

58 Lessons • 5 h 9 m total

Electrical Engineering Ch 12 AC Power 1 of 38 Instantaneous Power

5:42

Electrical Engineering Ch 12 AC Power 2 of 38 Instantaneous Power A Closer Look

4:57

Electrical Engineering Ch 12 AC Power 3 of 38 Instantaneous Power An Example

5:04

Electrical Engineering Ch 12 AC Power 4 of 38 What is Average Power

6:28

Electrical Engineering Ch 12 AC Power 5 of 38 Average Power Example

2:29

Electrical Engineering Ch 12 AC Power 6 of 38 Average Power A Closer Look

3:25

Electrical Engineering Ch 12 AC Power 7 of 38 Calculate the Instantaneous and Average Power

3:25

Electrical Engineering Ch 12 AC Power 8 of 38 How to Calculate Average Power Impedance

3:34

Electrical Engineering Ch 12 AC Power 9 of 38 Ave Power Absorbed by Inductor

2:50

Electrical Engineering Ch 12 AC Power 10 of 38 What is Average Power Supplied and Absorbed 26 5

7:15

Electrical Engineering Ch 12 AC Power 11 of 38 When is Power Absorbed or Supplied

4:35

Electrical Engineering Ch 12 AC Power 12 of 38 How to Find Power Using Mesh Analysis Part 1

15:50

Electrical Engineering Ch 12 AC Power 13 of 38 How to find Power Using Mesh Analysis Part 2

11:17

Electrical Engineering Ch 12 AC Power 14 of 38 How to find Power Using Mesh Analysis Ex 2 Part 1

8:47

Electrical Engineering Ch 12 AC Power 15 of 38 How to Find Power Using Mesh Analysis Ex 2 Part 2

8:33

Electrical Engineering Ch 12 AC Power 16 of 38 How to Find Maximum Power Transferred

3:14

Electrical Engineering Ch 12 AC Power 17 of 38 How to Find Max Power Transferred Derivation

7:56

Electrical Engineering Ch 12 AC Power 18 of 38 How to Find Max Power Transferred Summary

2:48

Electrical Engineering Ch 12 AC Power 19 of 38 How to Find Max Power Transferred Example 1

10:34

Electrical Engineering Ch 12 AC Power 20 of 58 How to Find Max Power Transferred Example 2

8:58

Electrical Engineering Ch 12 AC Power 21 of 58 What is the Effective Current

2:36

Electrical Engineering Ch 12 AC Power 22 of 58 What is the RMS Current

4:51

Electrical Engineering Ch 12 AC Power 23 of 58 How to Calculate the RMS Current

5:36

Electrical Engineering Ch 12 AC Power 24 of 58 What is the Average Power

2:44

Electrical Engineering Ch 12 AC Power 25 of 58 Find V RMS for Half Wave Rectified Voltage

5:39

Electrical Engineering Ch 12 AC Power 26 of 58 Find V RMS for Full Wave Rectified Voltage

5:00

Electrical Engineering Ch 12 AC Power 27 of 58 Find I RMS for Sawtooth Wave Current

3:27

Electrical Engineering Ch 12 AC Power 28 of 58 Find V RMS for Example 4

4:47

Electrical Engineering Ch 12 AC Power 29 of 58 What are Average and Peak Power 1

4:13

Electrical Engineering Ch 12 AC Power 30 of 58 Reviewing Average and Peak Power 2

4:23

Electrical Engineering Ch 12 AC Power 31 of 58 What is Apparent Power

3:11

Electrical Engineering Ch 12 AC Power 32 of 58 The Apparent Power An Example

4:23

Electrical Engineering Ch 12 AC Power 33 of 58 What is the Power Factor

6:28

Electrical Engineering Ch 12 AC Power 34 of 58 Apparent Power and Power Factor Summary

4:55

Electrical Engineering Ch 12 AC Power 35 of 58 Apparent Power and Power Factor Example

6:44

Electrical Engineering Ch 12 AC Power 36 of 58 How to Calculate the Power Factor

10:56

Electrical Engineering Ch 12 AC Power 37 of 58 What is Complex Power 1

3:31

Electrical Engineering Ch 12 AC Power 38 of 58 What is Complex Power 2

5:38

Electrical Engineering Ch 12 AC Power 39 of 58 What is Complex Power 3

3:07

Electrical Engineering Ch 12 AC Power 40 of 58 Summary of the Power Triangle

3:28

How to Get The Certificate

You must have an Account on the platform.
Complete all lessons.
Watch at least 50% of Lesson Duration.
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4.7 (180 reviews)

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Reviews

MD MASUD RANA

· 2w ago

It was very good for me and very helpful. Also, I learned lot of things from the course. Thank you.

RACHID EL HACHIMI

· 1yr ago

super

UPPALI BALADITHYA

· 2yrs ago

good

Ashante

· 2yrs ago

Best lessons with enough brief, I'm happy.

Average Power in electrical Engineering Course Description

Average Power course, in this course we explore the concept of average power in electrical engineering, including its calculation and applications in circuits and systems.

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