Все публикации

0:12:30

☑️28b - Inductor Basics 2: Find the Voltage, Current, Power and energy stored stored in an Inductor

0:12:31

☑️28a - Inductor Basics 1: Find the Voltage, Current, Power and energy stored stored in an Inductor

0:20:28

☑️26 - Voltage across Parallel and Series Capacitors (Total Charge in Series and Parallel Capacitor)

0:14:40

☑️25b - Series and Parallel Capacitors Part 2

0:21:41

☑️25a - Series and Parallel Capacitors Part 1 (Intro + Solved Problems)

0:15:13

☑️24 - Energy Stored in a Capacitor under DC Conditions (Examples 1 & 2)

0:09:33

☑️23d - Solved Problems on Capacitor Basics 4 (Voltage Across a Capacitor)

0:15:02

☑️23c - Solved Problems on Capacitor Basics 3

0:15:15

☑️23b - Solved Problems on Capacitor Basics 2

0:12:01

☑️23a - Solved Problems on Capacitor Basics 1

0:10:03

☑️22 - Current - voltage Relationship of a Capacitor, Power and Energy

0:05:35

☑️21 - Capacitance Basics: An Introduction

0:23:03

🟢14 - Newton's Divided Difference Polynomial Method: Linear and Quadratic Interpolation

0:14:51

🟢13b - Lagrange Method of Interpolation: Quadratic Interpolation

0:12:52

🟢13a - Lagrange Method of Interpolation: Linear Interpolation

0:20:05

🟢12b - Direct Method of Interpolation: Quadratic Interpolation

0:25:20

🟢12a - Direct Method of Interpolation: Linear Interpolation

0:17:29

🟢11b - Newton - Raphson Method for Functions of Several Variables (Non-Linear Systems of Equ's) 2

0:20:10

🟢11a - Newton - Raphson Method for Functions of Several Variables (Non-Linear Systems of Equ's) 1

0:11:57

🟢10b - Fixed Point Iteration Method for Multivariable Functions (Jacobi and Gauss-Seidel Method) Ex2

0:26:25

🟢10a - Fixed Point Iteration Method for Multivariable Functions (Jacobi and Gauss-Seidel Method) Ex1

0:17:24

🟢09b - Fixed Point Iteration Method (Intro): Example 2 and 3

0:15:17

🟢09a - Fixed Point Iteration Method (Intro): Example 1

0:16:51

🟢08 - Successive Over - Relaxation Method 1: Example 1