Все публикации

0:13:54

Euler Cauchy Differential Equation |D.E For GATE+ESE (Hindi)|

0:17:09

Linear Differential Equation of Higher Order-III || Rules of CF & PI || D.E For GATE || Lecture 9 ||

0:19:33

Linear Differential Equation of Higher Order-II || Rules of CF & PI || D.E For GATE || Lecture 8 ||

0:23:48

Linear Differential Equation of Higher Order-I || Rules of CF & PI || D.E For GATE || Lecture 7 ||

0:11:15

Orthogonal Trajectory of differential equation || D.E For GATE+ESE (Hindi) || Lecture 6 ||

0:09:18

Linear Differential equation || D.E For GATE+ESE (Hindi) || Lecture 5 ||

0:20:58

Reducible to Exact differential equation || D.E For GATE+ESE (Hindi) || Lecture 4 ||

0:11:28

Exact Differential equation || D.E. For GATE+ESE (Hindi) || Lecture 3 ||

0:13:51

Variable Separable Method of solving differential equation || D.E For GATE+ESE (Hindi) ||Lecture 2||

0:10:03

Order, Degree& formation of Differential Equation || D.E. GATE+ESE(HINDI) || Lecture-1 ||

0:07:50

Speed Control of Induction Machine by varying Rotor Resistance(Lec-3)

0:08:20

Speed control of Induction motor by Voltage Variation(Lec-2)

0:10:36

Speed Control Of Induction Motor (Lec- 1)||Induction Machine||

0:05:45

High Pass Filter Using Generalised Impedance Converter[GIC]

0:05:05

Band Pass Filter Using Generalised Impedance Converter[GIC]

0:08:04

Norton's Theorem with Solved Example

0:05:43

Norton's Theorem with dependent sources

0:04:37

Reciprocity Theorem with Solved Example

0:08:42

Thevenin Theorem with dependent sources ||Question 1||

0:07:01

Thevenin Theorem with dependent source ||Question 2||

0:10:57

Thevenin Theorem with solved examples

0:05:08

Inverting And Non Inverting Configuration using CFOA

0:05:29

The Basics Of Current Feedback Operation Amplifier[CFOA]

0:07:07

Digital To Analog Converter With Binary Weighted Resistor(D/A )