35:13

Lecture: 49 Harmonic oscillator: simple harmonic motion

34:36

Lecture: 51 Damped harmonic oscillator

37:30

Lecture: 54 Plane motion of a rigid body

35:06

Lecture: 55 Plane motion of a rigid body: work energy equation

35:18

Lecture: 53 Translation and rotation of rigid bodies: examples

28:33

Lecture: 52 Translation and rotation of rigid bodies

27:59

Lecture: 50 Simple harmonic motion: examples

29:59

Lec 55: Three-Phase Load Flow (Derivation of J11, J12)

35:42

Lec 54: Three-Phase Load Flow (Derivation of J9, J10)

31:27

Lec 53: Three-Phase Load Flow (Derivation of J9)

31:22

Lec 52: Three-Phase Load Flow (Derivation of J4, J5, J6, J7, J8)

27:55

Lec 51: Three-Phase Load Flow (Derivation of J3 Cont…)

30:25

Lecture 48: Principal axes of inertia: examples-II

34:04

Lecture 47: Principal axes of inertia: examples-I

29:27

Lecture 46: Product of inertia and principal axes of inertia

55:01

Lecture 62: Artificial Recharge Techniques and Designs

30:55

Lecture 61: Groundwater Recharge Methods in India

25:27

Lecture 29 : Forgetting - V

30:56

Lec 50: Three-Phase Load Flow (Derivation of J3)

36:32

Lec 49: Three-Phase Load Flow (Derivation of J2)

37:45

Lec 48: Three-Phase Load Flow (Derivation of J1 Cont…)

29:44

Lec 47: Three-Phase Load Flow (Derivation of J1)

27:27

Lec 46: Three-Phase Load Flow (General Definitions and Dimensions of Jacobian Submatrices)

56:00

Lecture 60: Groundwater Modelling -02

30:19

Lecture 45: Moment of inertia of composite bodies

40:35

Lecture 44: Moment of inertia: examples

40:43

Lecture 43: Moment of inertia

34:34

Lecture 42: Oblique central impact

30:09

Lecture 41: Direct central impact

27:51

Lec 45: Three-Phase Load Flow (NRLF Polar Method)

34:54

Lec 44: Three-Phase Load Flow (Equations Relating Known and Unknown Quantities)

28:14

Lec 43: Three-Phase Load Flow (Classification of Known Quantities)

32:46

Lec 42: Three-Phase Load Flow (Classification of Unknown Quantities)

31:43

Lec 41: Three-Phase Load Flow (Unknown Quantities)

54:04

Practical Insights into Electrical Distribution Systems

44:09

Lecture 56: Groundwater Exploration -18 - Pollution related exploration

47:39

Lecture 54: Groundwater Exploration -16 -Selection of types of wells & Exploration for Art-Rec sites

48:25

Lecture 58: Conjunctive use of ground and surface water

25:59

Lecture 57: Groundwater Quality

32:28

Emerging Technologies and Future Trends

41:37

Lec 40: Example problems

34:13

Optimal location and sizing battery energy storage system (BESS)

24:53

Lec 38: Physical Insights into Channel Charge Distribution

13:01

Lec 39: FinFET based Standard Cell Design

22:27

Lec 37: Read and Write-Assist Circuits in 6T SRAM

23:34

Lec 36: Stability and Reliability Issues in 6T SRAM

46:12

System Planning-Part-I

25:24

System Planning-Part-II

23:24

Electricity Forecasting

43:43

Optimization techniques

18:06

Case study: IIT Roorkee distribution system

32:21

Lecture 36: Equation of motion: examples

37:32

Lecture 38: Work energy method: examples

31:54

Lecture 37: Work energy method

31:54

Lecture 40: Variable mass

32:36

Lecture 39: Impulse momentum relation

30:53

Advanced technologies for VVC Part-II

33:43

Lec 40: Three-Phase Load Flow (Concept of Generator Internal Bus)

29:39

Lec 39: Three-Phase Load Flow (Derivation of power flow equations)

28:10

Lec 38: Three-Phase Load Flow (General expression of bus injected current)