12:57

How to solve equivalent resistance of combination circuits

09:42

Solving Parallel Resistors: Step-by-Step Calculation of Total Resistance, Current and Power

09:09

Solving Series Resistors: Step-by-Step Calculation of Total Resistance, Current, Voltage and Power

06:53

How to Use the Voltage Divider Rule: Practical Examples and Applications

09:27

How to Use the Current Divider Rule: Practical Examples and Applications

08:58

How to solve a circuit using KCL and KVL Circuit Analysis

04:50

Kirchhoff's Current Law Explained: Simplifying Complex Circuits for Students

07:04

Kirchhoff's Voltage Law Explained: Simplifying Complex Circuits for Students

04:59

Mesh Current Analysis

01:57

DC CIRCUIT FORMULAS

04:33

Superposition Theorem

01:20

Basic Electrical Units and Symbols

01:11

Electrical Units and Symbols

05:17

Nodal Circuit Analysis

04:33

Thevenin's and Norton's Theorem

04:06

Thevenin's Theorem

03:04

Norton's Theorem

02:57

Solving a circuit using Norton's Theorem

04:19

Thevenin's Theorem

03:38

Nodal Analysis - Complex Circuit

02:56

Nodal Analysis

02:59

Superposition Theorem - Problem

05:40

Superposition Theorem

02:59

Current Divider Formula

03:20

Voltage Divider Formula

07:03

Wheatstone Bridge Circuit using Maxwell Loop Method

05:33

Maxwell Mesh Current | Loop Current | Network Theorem | Circuit Analysis

21:14

Kirchhoff's Law | Network Theorem | Circuit Analysis

06:28

SERIES-PARALLEL BATTERIES | PARALLEL-SERIES BATTERIES

05:53

Series Connected Batteries | Parallel Connected Batteries

02:23

Basic Electrical and Electronic Symbols

10:03

Series-Parallel and Parallel-Series Circuit | Combination Circuit

09:29

Resistors in Parallel | Unequal Resistors in Parallel

05:49

Resistors in Series | Unequal Resistors in Series

07:58

Resistors in parallel | Equal resistors in parallel | Parallel circuit

06:35

Resistors in series | Equal resistors in series | Series circuit

05:16

Peak, Peak to peak, average and RMS value of voltage and current

04:23

Difference between AC and DC

06:30

RMS value of AC circuit

08:50

Electric Charge

06:00

Color Coding of Resistor

13:24

Resistance, Percent Conductivity, Temperature Effects, and Coefficient Analysis

08:45

Resistance and Resistivity

08:11

Power Formula

07:19

Ohm's law