45:12

Gear Action: Computing Angles & Arcs of Approach & Recess; Contact Ratio; Gear Tooth Specs & Details

29:13

Power Factor Correction Example: Finding Capacitor Value Range To Increase Lagging Load PF To Target

45:00

Kirchhoff's Current & Voltage Laws (KCL & KVL): Intro with Examples (Single Node Pair & Single Loop)

24:35

Power Factor Correction: Why & How Capacitors Are Used To Reduce Reactive Power For "Lagging" Loads

54:32

Steady State Sinusoidal AC Analysis w/ Complex Numbers | Time ⇆ Frequency Domain | Rotating Vectors

33:26

Op-Amp Example | Power Accounting w/ Tellegen's Theorem | Supply "Rail" Voltages Must Bound Output V

34:19

Transient DC Circuit Analysis Ep.3: Forced & Forced + Natural Responses w/ Kirchhoff & 1st Order ODE

37:10

Voltage-Current Relationships & Ohm's Law | Linear vs. Non-Linear | Resistance & Conductance | Power

33:50

Electrical Network Topology: Schematic Diagram Symbols & Terminology; Elements, Nodes, and Branches

36:37

ENGR 221: Electrical Engineering & Circuits I: Course Overview | Topical Group Synopses & Sequencing

29:45

Complex Numbers Example: Graphing & Arithmetic; FE-Approved Casio Calculator Storage & Manipulation

53:36

CIRCLED LETTERS! - Modifiers in GD&T Notations | Intro to Bonus Tolerances | When to Use Ⓜ, Ⓛ, etc.

23:46

Equivalent Resistance Example: Reducing Circuit Using Parallel & Series Rules To Find Power Absorbed

35:25

Electrical Equivalence & Equivalent Resistance: Series or Parallel Resistors | Sequential Reduction

30:33

Voltage & Current Division Formulas: Circuit Analysis Shortcuts | Theory & Example

38:38

Combining Ideal Sources: Adding Series Voltages or Parallel Currents | Example Applying KVL & KCL

38:51

Sinusoidal AC Power Intro: Instantaneous & Average Power; Effect of Voltage-Current Phase Difference

20:00

AC Circuit Analysis Source Transformation Example: Phasors, Impedances, & Sequential Simplification

38:57

Complex Number Concepts: Rectangular ⇄ Polar Forms; Euler Formula; Time-Varying Angle Makes Sinusoid

40:25

Transient DC Circuit Analysis Ep.1: Intro & Steady-State Substitutions; Switches; "..a long time..."

55:04

Capacitance & Capacitors: Physical Construction, i-V Relation, Energy Stored, Series & Parallel Ceq

01:04:16

Superposition for Circuits | Linearity Properties: Additivity & Homogeneity | Block Diagram Intro

37:02

AC Mesh Analysis with Mathcad | Inverting Matrix to Solve a System of Complex Equations & Variables

38:23

AC Nodal Analysis w/ Casio 115ES plus | Calculator Memory Helps Solve Complex System by Substitution

42:30

Name That Op-Amp Circuit! (Ep.1) Applying Ideal Rules to Analyze & Label Common OpAmp-Based Circuits

41:14

Transient DC Circuit Analysis Ep.4: Using An Easy, Powerful Method for 1st Order Transient Responses

48:58

Operational Amplifier Introduction | Op-Amp Analysis Rules under Ideal Assumptions

58:59

Transient DC Circuit Analysis: Trickier Example w/ Test Source Req Method, Nodal, Mesh, Source Trans

40:46

Thévenin & Norton Equivalents, Ep.4: ONLY Dependent Sources & Resistors (and Negative Resistance?!?)

28:55

Thévenin & Norton Equivalents, Ep.3: Using The Test-Source Method To Find Equivalent Resistance

34:02

Thévenin & Norton Equivalents, Ep.2: Rᴛʜ=Vᴛʜ/Iɴᴏ (networks w/ both independent & dependent sources)

53:45

Thévenin & Norton Equivalents, Ep.1: Finding Vᴛʜ, Iɴᴏ, & Rᴛʜ (series/parallel resistor combination)

01:28:06

Real Sources vs. Ideal | Voltage ⇄ Current Practical Source Transformation | Maximum Power Transfer

01:20:43

MESH ANALYSIS: Solving for Mesh Currents in Circuits | Supermesh Technique | Dependent Sources

01:26:18

NODAL ANALYSIS: Solving for Voltages in Electric Circuits | Supernode Technique | Dependent Sources

36:12

Integration Centroid using FE Calculator | Numerical Integrals | Non-Linear Solver Initial Guesses

01:05:06

Defining GD&T Controls: Form, Orientation, Location, Profile, and Runout | Symbols & Tolerance Zones

01:33:49

Rotational Power and Energy Transmission | Efficiency | Gear Trains | Torque & Speed Ratios

01:28:40

Euler's Buckling Formula for Long Compressive Members | End Constraints and Effective Length

01:19

ATE PI Blurb Yr2

15:01

Building Comprehensive Collaborative Infrastructure to Create Instrumentation Workforce Pathways

01:29:27

Machine with Truss Embedded | Finding Mechanical Advantage w/ No Force Given | Review of Structures

01:19:08

Bolt Fatigue and the Utility of Load Lines

01:08:59

Position Control of Features & Patterns: PLTZF & FRTZF | How Rule 1 of GD&T Controls Form | MMC, LMC

01:12:12

GD&T Datums, Reference Frames, & Part Immobilization | 3-2-1, 4-1-1, 4-2-0 | Actual Mating Envelopes

01:14:34

Geometric Dimensioning & Tolerancing vs. Traditional | 4 Fundamentals of GD&T | Ideas & Terminology

10:30

Example: Thermistor Circuit on Arduino 3.3V Source; Resistance vs. Temperature Table; Ohm's Law

14:43

Energy Balance Example: Specifying Resistance for a Second Heater for Dr. Borquist's Alligator Pond

54:52

Fracture Toughness Example: Allowable Pressure in Cracked Titanium Tube; Optimizing Yield Strength

04:20

Example: analogRead Value Given Current Thru An Extra Resistor in Arduino Thermistor Sensing Circuit

21:34

Fracture Mechanics Concepts: Micro→Macro Cracks; Tip Blunting; Toughness, Ductility & Yield Strength

01:11:48

Finding Factor of Safety with Maximum Shear Stress Static Failure Theory | 1 & 2 Plane Shaft Bending

29:19

Example: Strain Gage Measures Thick Pneumatic Cylinder Pressure & Force | Relating Biaxial Stress, ϵ

13:21

Rotating Force & Moment Reaction Vectors Around One Axis to Align with Member Axis | Rotation Matrix

01:05:33

Increasing Material Strength w/ Cold Work/Plastic Deformation; True vs. Engineering Stress & Strain

36:12

Ashby Charts: Choosing Material Family to Minimize Weight/Mass & Meet Deflection; Load Capacity Goal

01:21:40

Press-Fits & Rotating Rings: Allowable Interference or Speed | Mohr 3-Circle Overall Shearing Stress

18:01

Combination Axial & Flexural Deformation Example: Finding Maximum Deflection in Cable-Suspended Beam

13:59

Superposition Beam Deflection Example: Simply Supported End Slope Under Self Weight & Applied Moment

09:28

Composite 2nd Moment of Area Example: Subtracting a Moment of Inertia of a Standard Structural Shape