Dubai is a joke | Dubai is a parody of 21st Century | Dubai : An absolute mess | दुबई एक भद्दा मजाक|

Lecture 33.2 | 3 phase full wave controlled rectifier | Three phase full wave controlled rectifier |

Lecture 33.1| 3 phase full wave controlled rectifier | Three phase full wave controlled rectifier |

सफाईवाला | हिंदी कविता | kavita hindi mein | Safaiwala | motivational poetry in hindi poetry |

Network Theory 40.2 | Capacitor and Inductor Waveform | problems | GATE 2022 | IES 2022 |

Network Theory 40.1 | Capacitor and Inductor Waveform | problems | GATE 2022 | IES 2022 |

Network Theory 39.5 | Graph Theory | Previous year Gate/IES Problems | GATE 2022 | IES 2022 |

Network Theory 39.4 | Graph Theory | Previous year Gate/IES Problems | GATE 2022 | IES 2022 |

Inductance of three phase line with unsymmetrical & symmetrical spacing | Line Inductance |Lec 25|

Network Theory 39.3 | Graph Theory for GATE EE| Previous year Gate/IES Problems | GATE/IES 2022 |

Network Theory 39.2 | Graph Theory | Previous year Gate/IES Problems | GATE 2022 | IES 2022 |

Network Theory 39.1 | Graph Theory | Previous year Gate/IES Problems | GATE 2022 | IES 2022 |

Calculation of Self GMD | Shortcut method | Self gmd and mutual gmd | Lec 24|

Lecture 30 | 1 phase full wave controlled rectifier | 1 phase controlled bridge rectifier |

Bundled conductors in Transmission Line | Advantages of Bundled Conductors | Lec 23 |

Network Theory 38 | Graph Theory | Cut Set Matrix in graph theory | GATE 2022 | IES 2022 |

Inductance of bundled conductors | gmd and gmr of bundled conductors | gmd and gmr calculation |22 |

Network Theory 37 | Graph Theory | Tie Set Matrix in Graph Theory | GATE 2022 | IES 2022 |

Network Theory 36 | Graph Theory | Incidence Matrix in graph theory | graph theory for gate EE |

Bundled conductors in Transmission Line | Bundled conductors in power System | Lec 21 |

gmd and gmr in power system | flux linkage of conductor group | gmd and gmr calculation | Lec 20|

Transmission Line Inductance | Internal and External Inductance of Transmission Line | | Lec 19 |

Equivalent Circuit | Internal Inductance of Transmission Line | Internal Inductance | Lec 18 |

Lecture 32.2| Three Phase Half Wave Controlled Rectifier | Three phase thyristor rectifier |

Lecture 32.1| 3 phase half wave controlled rectifier with rl load | 3 phase half wave converter |

Expanded ACSR conductor | ACSR ALUMINUM CONDUCTOR STEEL REINFORCED | Composite stranded | Lec 17 |

Composite Stranded conductor | ACSR conductor | Stranded conductor vs solid conductor |Lec 16 |

Stranded conductor in transmission lines | Stranded vs solid conductor | Stranded conductor |Lec 15|

Disadvantages of Skin Effect | Application of Skin Effect | Skin effect | Skin Depth | Lec 14 |

Skin Effect | Skin depth | Problems | What is skin effect | Skin effect in conductors | Lec 13 |

Lecture 31.3| Three phase half wave rectifier with RL load | Three phase rectifier using diode |

Lecture 31.2 | 3 phase half wave uncontrolled rectifier with rl load | three phase rectifier |

Lecture 31.1| 3 phase Half wave uncontrolled rectifier with rl load| 3 Phase diode rectifier |

Lecture 29.2 | One phase full wave controlled rectifier RL or RLE Load | freewheeling diode |

Lecture 29.1| One phase full wave controlled rectifier RL or RLE Load | freewheeling diode |

Lecture 28.2| One phase full wave semicontrolled symmetrical rectifier RL/RLE freewheeling diode |

Lecture 28.1| One phase full wave semicontrolled symmetrical rectifier RLorRLE freewheeling diode |

Lecture 27.2| One phase full wave semicontrolled asymmetrical rectifier RL or RLE Load| parameters |

Lecture 27.1| One phase full wave semicontrolled asymmetrical rectifier RL or RLE Load| waveforms |

Lecture 26.2| One phase full wave semicontrolled symmetrical rectifier RL or RLE Load | parameters |

Lecture 26.1| One phase full wave semicontrolled symmetrical rectifier RL or RLE Load| waveforms |

Skin Depth | Skin depth | Skin depth formula | skin depth electromagnetic waves | Lec 12 |

Skin Effect | What is skin effect | Reason of Effect | skin effect in Transmission line | Lec 11 |

Hollow Conductor | Busbar | Corona in hollow conductor | Hollow vs solid conductor | Lec 10 |

Types of Transmission Line Conductors | Conductors used in Transmission Line | Lec 9 |

Feeder Design | Distributer design | HV Line design | Design of feeder & distributer |Lec 8|

Feeder distributor and Service mains | Distributer |Service Main | Feeder | Distribution | Lec 7 |

Power Transmission Voltage Levels | How do Electric Transmission Lines Work? | UHV | Lec 6 |

Dielectric breakdown | Dielectric Strength | Leakage current in Transmission lines | Lec 4 |

Lecture 25.3 | One Phase Full Wave Controlled Rectifier-RE load | discontinuous conduction mode |

Lighting Overvoltage | Switching Overvoltage | Over Voltage in Transmission Lines | Lec 5 |

THERMODYNAMIC PROPERTIES|THERMODYNAMIC PATH|THERMODYNAMIC PROCESS|THERMODYNAMIC STATE|CHANGE OF STAT

THERMODYNAMIC EQUILIBRIUM|mechanical equilibrium|chemical equilibrium|thermal equilibrium

Transmission Lines Rating | Why transmission lines are made of Aluminium not copper | Lec 3|

quasistatic process|quasi-static process|reversible process|

Lecture 25.2 | One Phase Full Wave Controlled Rectifier with RL or RLE Load | Parameter calculation|

Single line diagram of power system | Power system single line diagram | Objectives & Goals |Lec 2|

ENTROPY AND AND OF UNIVERSE|ENTROPY AND DEATH OF UNIVERSE|ENTROPY AND EQUILIBRIUM|UNIVERSE END THEOR

Introduction to Power System | Power Grid | Electrical grid | Power System Lectures | Lec 1|

continuum|what is continuum|continuum approach