Example 3.1 & Problem 7 | Load Curve &Load characteristics | Principle of power system by V.K Metha

Numerical Example 3.5 & 3.6 | lecture 7 | Principle of power system V.K Mehta

Numerical Example 3.2 ,3.3 & 3.4 | Plant capacity | lecture 7 | Principle of power system V.K Mehta

Buck converter | Numerical | Critical values and filter values of Inductor as capacitor Lecture 9

Buck converter | Waveform | Formulae : Critical values of Inductor and Capacitor | Lecture 8

example 3.16 | How to find the value of C and average voltage | Capacitor filter value | Lecture 7

Exercise 3.1 & 3.7 | Bridge numerical | Lecture 6 | Circuit, device, application By H.Rashid 4th Ed

Three phase half wave & Bridge | waveform with their formulae | Lecture 5

Half wave and Bridge waveform with their formulae | Lecture 4 | Shortcut to learn formulae

Example 1.54 | How to find reactance | lecture 12 | Electrical machinery by Bhimbhra

Example 1.51 & 1.52 | KVA Rating & Terminal voltages | lecture 12 | Electrical machinery by Bhimbhra

Example 2-5 | Voltage Regulation, Transformer Efficiency | Lecture 11| Electric Machinery by Chapman

Example 2-9 | Voltage Regulation & Per Unit system | Lecture 10 | Electric Machinery by Chapman

Example 2-4 Related to 2-2 | Per Unit system measurement | Lecture 9 | Electric Machinery by Chapman

Example 2-3 | Per Unit system measurement | Lecture 8 | Electric Machinery by Chapman

Three phase bridge wave numerical | Exercise 3 & 4 | Lecture 3 | By H. Rashid

Bridge and three phase half wave numerical | Exercise 3 & 4 | Lecture 2 | By H. Rashid

Half wave numerical | Exercise 1 and 2 | Lecture 1 | Circuit devices and Application H. Rashid

Example 2-2 | Transformer losses: Core & winding losses | Lecture 7 | Electric Machinery by Chapman

Example 2-1 | Transmission line loss | Lecture 6 | Electric Machinery Fundamentals by Chapman.

Transformer test | Open circuit test & short circuit test | Rated voltage and current | Lecture 5

Equivalent circuit diagram of transformer | What is referred parameters | Lecture 4

Phasor diagram | Transformer with no load | Transformer with load | Easy topic to understand phasor

Types of oil used in transformer | what is Buchhoiz relay & breather | Transformer loses | Core lose

Transformer Types | Components used in transformer | Detailed knowledge of transformer | Lecture 1

Example 37 | Numerical of diversity factor and load factor | Lecture 5 | V .k Mehta

what is diversity factor | Numerical of diversity factor and load factor | V.K Mehta

Load metrics | What is load factor in detailed | Demand factor and their usefulness |Connection type

What is micro grid and its types | Basic concepts | Lecture 2 | EPDU

Introduction to Electrical power distribution and utilization | Lecture 1 | EPDU | Basic concepts

Three phase contactor wiring with holding state | Push buttons connection

What is relay and contactor | where we use relay and contactor | importance | easy method to learn

Complete guideline about circuit breakers | low voltage circuit breakers | necessary components

How to do soldering on circuit | How to remove soldering from the circuit | Tips and tricks part 2

How to do soldering | very easy method | tips and tricks part 1

Book question #4.9 #4.21 | Chapter 4 | lecture 10 | Engineering Electromagnetic 8th Ed William Hayt

Book question #4.6 & 4.7 | Chapter 4 | lecture 9 | Engineering Electromagnetic 8th Ed William Hayt

Book question #4.5 | Chapter 4 | lecture 8 | Engineering Electromagnetic 8th Ed William Hayt

Book question # 4.3 & 4.4 | Chapter 4 | lecture 7 | Engineering Electromagnetic 8th Ed William Hayt

Book question no 7.1 | Chapter 7 | lecture 6 | Electromagnetic field by William Hayt

Book question no 7.23 | Chapter 7 | lecture 5 | Electromagnetic field by William Hayt

Book question no 3.17 & 3.21 | Chapter 3 | lecture 4 | Electromagnetic field by William Hayt

Conditional probability | Table diagram questions | Q no 1 & 2 | lecture 31 | Walpole and Mayer

Hypothesis testing | question no 10.23 | How to find t table value | lecture 30 | Walpole and Mayer

Hypothesis testing | book question no 10.19 and 10.21 | lecture 29 | Walpole and Mayer 9th edition

Normal distribution | book question 6.15 and review all distribution| lecture 27 | Walpole and Mayer

Normal distribution | book question no 6.12 and 6.14 | lecture 27 | Walpole and Mayer 9th edition

Continuous Random variable | How to choose the function according to the limit | part 2 | lecture 26

Continuous Random variable | How to calculate mean, variance &standard deviation | part 1 lecture 25

Poisson distribution | How to know about the distribution by reading question | part 2 | lecture 24

Poisson distribution | part 1 | lecture 23 | Walpole and Mayer 9th Edition

Negative binomial & geometric distribution | part 2 | lecture 22 | Walpole and Mayer t9h Edition

Negative binomial & geometric distribution | part 1 | lecture 21 | Walpole and Mayer t9h Edition

Exercise question 3.3 & 3.4 | chapter 3 | lecture 03 | Electromagnetic field by William hayt 8th Ed

Book question 3.3 & 3.4 | chapter 3 | lecture 02 | Electromagnetic field by William hayt 8th edition

Total response | Method no 1 | Q no 1 | lecture no 12 | B.P Lathi 8 Edition

Zero step response | Q no 5 and 8 | lecture no 11 | B.P Lathi 8 Edition

Zero input response | Q no 3 | Repeated & Complex root of equation | Lecture 9 | B.P Lathi

Zero input response | Q no 1 and 2 | Distinct root of equation | Lecture 9 | B.P Lathi

Discrete Random Variable | Develop expectation formula, find Variance | Lecture 20 | Walpole & Mayer