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Faculty of GATE. Top Educator - GATE (Engineering Mathematics). 

Sanjay Yadav

In this course you will understand the basic understanding of Network and circuits. This course is the continuation of the Part 1 : Network Theory Basics - GATE. In this course you will learn the following topics :
1. Concept of Dependent and Independent Sources 
2. Ideal Voltage and Current Sources
3. Practical Voltage and Current Sources
4. Equivalent voltage and current sources
5. Concept of Node, Loop, Branch and Path. 
6. Kirchhoff's Current Law (KCL) 
7. Kirchhoff's Voltage Law (KVL)
8. Problem Series on KCL and KVL 
9. Mesh Analysis
10. Problem Series on Mesh Analysis
11. Concept of Supermesh 
12. Problem Series on Supermesh.

This course is totally described in Hindi language

GATE (Graduate Aptitude Test in Engineering) 2020 & 2021 complete preparation with best educators. Know about the detailed syllabus, best books, exam pattern and dates, previous year question papers a

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Hindi

(Hindi) Part 2 : Network Theory Basics - GATE

Semiconductor Electronics

Electrical Materials

Electrical Engineering

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Test Preparation

In this lesson we will understand the course overview and see the summary of the topic that we are going to learn in this particular course. We will also understand the concept on independent and dependent voltage and current source with their symbols.

Independent and Dependent Sources (in Hindi)

In this lesson we will understand the ideal and practical Voltage sources and identify the difference between them with the help of graph. We will also understand the concept of ideal and practical current source.

Ideal and Practical Voltage and Current Sources (in Hindi)

In this lesson we will understand some tips to solve some tricky problems which is related with the voltage source and try to analyse them with the different combinations of circuits.

Equivalent Voltage Source (in Hindi)

In this lesson we will understand some tips to solve some tricky problems which is related with the current source and try to analyse them with the different combinations of circuits.

Equivalent Current Source (in Hindi)

In this lesson we will understand the concept of Node, Loop and Branch. We will also see some practical examples of circuits to understand this concept. At the end of the lesson we will also learn the formula which is associated with this concept and solve GATE problem.

Concept of Node, Loop and Branch (in Hindi)

In this lesson we will understand the Kirchhoff's Current Law and it's expression. We will also solve some basic problem and how to apply Kirchhoff's Current Law in those circuits.

Kirchhoff's Current Law (in Hindi)

In this lesson we will understand the concept of Kirchhoff's Voltage Law, and we will solve the problem based on Kirchhoff's Voltage Law.

Kirchhoff's Voltage Law (in Hindi)

In this lesson we will solve the problem on the Kirchhoff's Voltage Law and Kirchhoff's Current Law.While solving the problem we will understand how to apply KCL and KVL in the circuit.

Problem Series on KCL and KVL (in Hindi)

In this lesson we will understand the concept of Mesh Analysis and we will learn how to apply the mesh Analysis to identify the mesh current in the circuit. We will also solve the problem based on mesh analysis concept.

Mesh Analysis (in Hindi)

In this lesson we will understand the concept of Supermesh Analysis and how to apply the Supermesh concept in the problem. We will also solve the problem as well in order to understand our concept in detail.

Concept of Supermesh (in Hindi)

This is the last lesson the of course Part 2 Network Theory Basics GATE. In this lesson we will solve the problem on Mesh Analysis and Supermesh Analysis. We will also cover the entire summary of the course, and see the overview of the upcoming course.

Problem Series in Mesh Analysis (in Hindi)

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Ravendra Yadav

In this course we will be learning about some important concepts which will be very help full in your government exams in Electrical stream especially for those who are preparing for UPSC ESE.

(Hindi) Electrical Engineering Material : Part 3

In this course we will be discussing about dimagnetic paramagnetic and ferromagnetic matrials in detail.

(Hindi) Part 2 : Electrical Engineering Material

This is the fourth course of Electrical engineering materials in which we are discussing very important topics for Engineering Services Examination.

(Hindi) Electrical Engineering Materials Part 4 for UPSC IES

In this course we will be discussing about all the possible one liners MCQs could be formed in the topic of magnetism and electromagnetism.

(Hindi) One-Liner MCQ's on Magnetism: ESE

In this course we will be discussing about the very important terms related with electrical engineering material subject.

(Hindi) Part 1: Electrical Engineering Materials

Faculty of GATE/ESE (Electrical Engineering) , Expertise in Electrical Core | Jony Ive Award Winner 2018 | Use code “PAWANCLIVE” to join

Pawan Chandani

In this course Pawan Chandani discussed all terms related to illumiation such as Illumination, Light, Methods of Heat Transfer, Luminous Flux, Radiant Efficiency, Lumious Intensity or Candle Power, Illumination or Illuminance, Luminance, etc

Lessons

11 lessons • 2h 2m

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Independent and Dependent Sources (in Hindi)

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Ideal and Practical Voltage and Current Sources (in Hindi)

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Equivalent Voltage Source (in Hindi)

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Equivalent Current Source (in Hindi)

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Concept of Node, Loop and Branch (in Hindi)

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Kirchhoff's Current Law (in Hindi)

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Kirchhoff's Voltage Law (in Hindi)

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Problem Series on KCL and KVL (in Hindi)

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Mesh Analysis (in Hindi)

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Concept of Supermesh (in Hindi)

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