07:08

Introduction to Capacitance and Capacitors

22:39

Series/Parallel Circuits - 5 Example Problems in 5 (I mean 20) Minutes

08:31

Series and Parallel Resistors: 5 Circuit Analysis Problems in (about) 5 minutes

12:21

Systematic Analysis of a DC Electrical Circuit

07:27

Study/Practice Equivalent Resistance in a DC Circuit

07:24

The Second Circuit Law You Need to Know (KVL)

05:42

The Third Circuit Law That You Need to Know (KCL)

06:27

Parallel Devices in DC Electrical Circuits

04:14

Resistors in Series in Electrical Circuits

06:20

Introduction to Series Circuits (DC)

13:28

Electrical Power in DC Circuits. Practice Problems

05:39

Important Links Between Resistance and Power (Ohm's Law and Joule's Law)

02:14

Electrical Power Equations Explained in (about) 60 Seconds

02:32

Electrical Power Basics in (about) Sixty Seconds

04:10

Nodal Analysis Example (Music only, no voiceover)

02:17

Mesh Current Analysis Example (to Music)

10:30

Intro to Nodal Analysis with Example

07:24

FOSS Alternatives to Matlab for Solving Linear Equations

02:32

60 Second Circuits - Ohms Law Calculations

03:13

Ohm's Law Basics in 60 Seconds

02:11

History of Ohm's Law in 60 Seconds

01:59

Current Divider Equation Explanation in 60 Seconds

07:02

Solving Linear Equations With a Calculator

09:20

Solving Linear Equations (from Mesh Current Analysis) with Software

10:24

Mesh Current Analysis - Solving Linear Equations Manually

13:21

Mesh Current Analysis Example

11:27

Introduction to Mesh Current Analysis

01:52

Voltage Divider Explanation in 60 Seconds

02:57

Simplifying a Circuit Using Millman's Theorem

06:15

Millman's Theorem Derivation

07:39

Determining Phase Shift Between Sinusoidal Signals

03:58

Maximum Power Transfer Theorem Example

04:27

Maximum Power Transfer Theorem - Calculate Power when RL = RS

04:44

Maximum Power Transfer Theorem (Non-Calculus Version)

09:36

Maximum Power Transfer Theorem (Calculus Version)

07:40

Norton's Theorem Example Problem

12:15

Norton's Theorem for DC Electrical Circuits

09:36

Thevenin Equivalent Example Problem

13:54

Thevenin's Theorem in DC Electrical Circuits

04:07

Wye Delta Conversion Example Q69

14:35

Wye-Delta (Tee-Pi) Conversions for Electrical Circuits

03:47

Delta-Wye (Pi-Tee) Conversion Example

14:55

Delta Wye Conversions for Electrical Circuits

13:26

Superposition Theorem Example (Electric Circuits)

12:58

Introduction to Superposition Theorem

04:52

V and I Source Conversion Example

12:10

Voltage Source and Current Source Equivalency

11:32

Calculations with Significant Figures

08:16

Introduction to Resolution and Significant figures

12:41

Power Factor Correction

13:12

Power Factor

07:32

Zener Diode Load Regulation Example

09:26

General Amplifier Theory Examples

08:47

The Power Triangle for AC Circuits

12:13

Calculations of Real,Reactive and Apparent Power

13:22

Intro to Real,Reactive and Apparent Power

09:37

Inductors in AC Circuit (Power)

08:06

Capacitors in AC (Power)

08:49

Parallel Impedance Example

14:41

Series Circuit (AC) Example Calculations