Electrotechniques Phasor Diagrams in RCL Circuits (video turorial)

Included Topics:

> (1 of 82) Alternating Voltages
> (2 of 82) The Periodic Function
> (3 of 82) The Phase Angle
> (4 of 82) Adding Sinusoidals
> (5 of 82) Graphical Representation
> (6 of 82)Electrical Engineering: Ch 10 Alternating Voltage & Phasors (6 of 82) How to Interpret Sinusoidal Eqn
> (7 of 82) Adding Sinusoidal Functions
> (8 of 82) What is a Phasor?
> (9 of 82) Phasor Operations
> (10 of 82) Phasor Format of Sinusoidal
> (11 of 82) Phasor Equivalence
> (12 of 82) Time vs Phasor Domain
> (13 of 82) Phasor Transformation
> (14 of 82) Phasor of Deriv. & Integrals
> (15 of 82) Differences Summarized
> (16 of 82) Phasor Addition: Ex. 1
> (17 of 82) Phasor Addition: Ex. 2
> (18 of 82)Electrical Engineering: Ch 10 Phasors (18 of 82) Phasor Addition & Division NOTE S/B 38+j37
> (19 of 82) Phasor Addition of Voltages
> (20 of 82) Integrals & Deriv.: Ex. 1
> (21 of 82) Integrals & Derivatives Ex 2
> (22 of 82) Phasor Diagram for Resistors
> (23 of 82) Phasor Diagram for Inductors
> (24 of 82) Phasor Diagram, Capacitors
> (25 of 82) RCL V & I Relationship
> (26 of 82) RCL V=? & I=? – Inductor
> (27 of 82) RCL V=? & I=? – Capacitor
> (28 of 82) RCL V=? & I=? – Inductor: Ex
> (29 of 82) What is Impedance?
> (30 of 82) Impedance – Another Look
> (31 of 82) What is Admittance?
> (32 of 82) i=? & v=? in an RC Circuit
> (33 of 82) i=? & v=? in an RL Circuit
> (34 of 82) Z=? in a Series Circuit
> (35 of 82) Z=? in a Parallel Circuit
> (36 of 82) I1=? I2=? in 2 Parallel
> (37 of 82) I1=? I2=? I3=? in 3 Parallel
> (38 of 82) Delta to Y Conversion with Z
> (39 of 82) Y to Delta Conversion with Z
> (40 of 82) Z=? Parallel RCL Ex. 1
> (41 of 82) Z=? Parallel RCL Ex. 2
> (42 of 82) Z=? Parallel RCL Ex. 3
> (43 of 82) Z=? Parallel RCL Ex. 4
> (44 of 82) Z=? Parallel RCL Ex. 5
> (45 of 82) Z=? Bridge Circuit Ex. 1-1
> (46 of 82) Z=? Bridge Circuit Ex. 1-2
> (47 of 82) Z=? Bridge Circuit Ex. 2-1
> (48 of 82) Z=? Bridge Circuit Ex. 2-2
> (49 of 82) Phase Shifting Circuit P. 1
> (50 of 82) Phase Shifting Circuit P. 2
> (51 of 82) Design Phase Shifting P. 1
> (52 of 82) Design Phase Shifting P. 2
> (53 of 82) Adjust Phase Shiftor (Freq)
> (54 of 82) Adjust Phase Shiftor (Cap)
> (55 of 82) Adjust Phase Shiftor (Res)
> (56 of 82) 90deg Phase Shiftor?***
> (57 of 82) Phase Shifter w/ Inductor: 1
> (58 of 82) Phase Shifter w/ Inductor: 2
> (59 of 82) Phase Shifting Summarized
> (60 of 82) Find the Phase Shift
> (61 of 82) Find the Phase Shift
> (62 of 82) The AC Bridge Circuit
> (63 of 82) AC Bridge Circuit: Inductors
> (64 of 82) AC Bridge Circuit: Capacitor
> (65 of 82) AC Bridge Circuit: Ex 1
> (66 of 82) AC Bridge Circuit: Ex 2
> (67 of 82) V=? in AC Circuit: Part 1
> (68 of 82) V=? in AC Circuit: Part 2
> (69 of 82) Find Admittance=?
> (70 of 82) V=? Components: Part 1
> (71 of 82) V=? Components: Part 2
> (72 of 82) V=? Components: Part 3
> (73 of 82) Impedance=? Current=?
> (74 of 82) Impedance=?
> (75 of 82) Current=? in Load Resistor
> (76 of 82) Source Current=? (1)
> (77 of 82) Source Current=? (2)
> (78 of 82) Impedance=? (Part 1)
> (79 of 82) Impedance=? (Part 2)
> (80 of 82) Current=? in each Branch
> (81 of 82) Phs Shft=? Z1, Z2, Z3=? (1)
> (82 of 82) Phs Shft=? V1, V2, V0=? (2)

DIFFERENTIAL EQUATIONS 1 – INTRODUCTION (video tutorial set 1)

In the first year of OUSL Syllabus, The  Engineering Mathematics IA is a compulsory subject of all the students in the fields of civil, mechanical, mechatronic , computer and Textile engineering.  in this subject this Differential Equation is very important Topic for  Problem Solving on Modelling. in this Series of Videos are very easy to understand everyone.

FLUIDS STATICS AND DYNAMICS Video Note (54 videos)

Index of video list

  • Pressure in a Fluid
  • Gauge Pressure vs Total Pressure
  • Force against a wall under the Water
  • Pascal’s principal
  • Barometer
  • Pressure Gauge
  • Buoyancy Force
  • Archimedes’s Principal ( density of an object)
  • Forces on submerged Surfaces
  • Surface Tension
  • Capillary Action
  • Bernoulli’s Principal
  • Viscosity and Fluid Flow
  • Stokes Law
  • Kinematic Viscosity
  • Different types of Flows
  • Object falling in a Fluid
  • Terminal velocity
  • Laminar Flow between Plates
  • Poisseuille’s Law

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