Канал: Darryl Morrell

Spending Money in EGR 401 and EGR 402

Spending Money in EGR 401 and EGR 402

Creating Xbar and R Control Charts in Minitab

Creating Xbar and R Control Charts in Minitab

Creating Xbar and R Control Charts with JMP

Creating Xbar and R Control Charts with JMP

Interaction Plots for 2k Factorial Design Using JMP

Interaction Plots for 2k Factorial Design Using JMP

Analysis of a 2k Factorial Experiment with JMP

Analysis of a 2k Factorial Experiment with JMP

Experimental Design Interpretation Using JMP

Experimental Design Interpretation Using JMP

How to Interpret an Experimental Design using Minitab

How to Interpret an Experimental Design using Minitab

One Way ANOVA Using JMP

One Way ANOVA Using JMP

Linear Regression Interpretation

Linear Regression Interpretation

Linear Regression in JMP

Linear Regression in JMP

Hypothesis Test on the Mean (Unknown Variance) Using JMP

Hypothesis Test on the Mean (Unknown Variance) Using JMP

Hypothesis Test on the Mean (Known Variance) Using JMP

Hypothesis Test on the Mean (Known Variance) Using JMP

Confidence Intervals on the Mean with JMP

Confidence Intervals on the Mean with JMP

Computing a Normal Probability Plot Using JMP

Computing a Normal Probability Plot Using JMP

Computing Binomial Probabilities with JMP

Computing Binomial Probabilities with JMP

Graphic Representations of Data Using JMP

Graphic Representations of Data Using JMP

Summary Statistics with JMP

Summary Statistics with JMP

Single Replicate 2k Experiment by Spreadsheet

Single Replicate 2k Experiment by Spreadsheet

Analyzing a single replicate of a 2k experiment with Minitab

Analyzing a single replicate of a 2k experiment with Minitab

Simple Linear Regression

Simple Linear Regression

Hypothesis Test on the Mean, Variance Unknown

Hypothesis Test on the Mean, Variance Unknown

Error in Hypothesis Testing

Error in Hypothesis Testing

Hypothesis Testing Fundamentals

Hypothesis Testing Fundamentals

Central Limit Theorem

Central Limit Theorem

Standardizing a Normal Random Variable

Standardizing a Normal Random Variable

Normal Probability Plot

Normal Probability Plot

Probability Density and Cumulative Distribution Functions

Probability Density and Cumulative Distribution Functions

Creating a scatter plot with a spreadsheet

Creating a scatter plot with a spreadsheet

EGR 280 Week 2 Overview

EGR 280 Week 2 Overview

Analysis of a 2 squared factorial design

Analysis of a 2 squared factorial design

One Way ANOVA using Minitab

One Way ANOVA using Minitab

Computations with complex numbers using a TI 84

Computations with complex numbers using a TI 84

Confidence Interval on the Mean, Variance Known

Confidence Interval on the Mean, Variance Known

Two-sided Hypothesis Test on the Mean, Variance Known

Two-sided Hypothesis Test on the Mean, Variance Known

One-sided Hypothesis Test On the Mean, Variance Known

One-sided Hypothesis Test On the Mean, Variance Known

Paired T Test Video

Paired T Test Video

Statistical Vocabulary

Statistical Vocabulary

Editing and DC Simulation in Circuitlab

Editing and DC Simulation in Circuitlab

Finding Intervals with Given Probabilities for Normal Random Variables

Finding Intervals with Given Probabilities for Normal Random Variables

Probabilities of Normal Random Variables

Probabilities of Normal Random Variables

Graphing a Normal PDF and CDF

Graphing a Normal PDF and CDF

Computing Values of the Binomial Distribution with Minitab

Computing Values of the Binomial Distribution with Minitab

Computing the Binomial Distribution with Excel

Computing the Binomial Distribution with Excel

Probabilities with Random Variables

Probabilities with Random Variables

Introduction to Random Variables

Introduction to Random Variables

Creating Histograms and Boxplots with Minitab

Creating Histograms and Boxplots with Minitab

Computing Sample Statistics With Minitab

Computing Sample Statistics With Minitab

Creating a Histogram in Excel

Creating a Histogram in Excel

Computing Sample Statistics with a Spreadsheet

Computing Sample Statistics with a Spreadsheet

Fourier Analysis-Introduction (Edited)

Fourier Analysis-Introduction (Edited)

Truss Example-Method of Joints (Edited)

Truss Example-Method of Joints (Edited)

Convolution Example-Two Rectangular Pulses (Edited)

Convolution Example-Two Rectangular Pulses (Edited)

Kirchhoffs Current Law (Edited)

Kirchhoffs Current Law (Edited)

Laplace Transform Example-Unit Step (Edited)

Laplace Transform Example-Unit Step (Edited)

Convolution Example-Unit Step with Exponential (Edited)

Convolution Example-Unit Step with Exponential (Edited)

AM Modulation and Demodulation (Edited)

AM Modulation and Demodulation (Edited)

Op Amp Circuit Analysis: Non-Inverting Amplifier (Edited)

Op Amp Circuit Analysis: Non-Inverting Amplifier (Edited)

Fourier Series Example-Square Wave (Edited)

Fourier Series Example-Square Wave (Edited)

Introduction to the Fourier Transform (Edited)

Introduction to the Fourier Transform (Edited)

Fourier Transform Example-Rectangular Pulse (Edited)

Fourier Transform Example-Rectangular Pulse (Edited)

Thevenin's Theorem-Independent and Dependent Source (Edited)

Thevenin's Theorem-Independent and Dependent Source (Edited)

1D Kinematics-Acceleration Depends on Velocity

1D Kinematics-Acceleration Depends on Velocity

1D Kinematics-Acceleration Depends on Position

1D Kinematics-Acceleration Depends on Position

1D Kinematics-Time-varying Acceleration

1D Kinematics-Time-varying Acceleration

1D Kinematics-Constant Acceleration

1D Kinematics-Constant Acceleration

DT Fourier Transform-Rectangular Window

DT Fourier Transform-Rectangular Window

DT Fourier Transform-Filter Output

DT Fourier Transform-Filter Output

DT Fourier Transform-Triangle Wave

DT Fourier Transform-Triangle Wave

DT Fourier Transform-Ideal Filters

DT Fourier Transform-Ideal Filters

DT Fourier Transform-Rectangular Pulse

DT Fourier Transform-Rectangular Pulse

Introduction to the DT Fourier Transform

Introduction to the DT Fourier Transform

DT Fourier Transform-Exponential

DT Fourier Transform-Exponential

Fourier Series-Rectified Sine Wave Part 1

Fourier Series-Rectified Sine Wave Part 1

Fourier Series-Rectified Sine Wave Part 2

Fourier Series-Rectified Sine Wave Part 2

DT Fourier Series-Periodic Triangle Wave

DT Fourier Series-Periodic Triangle Wave

DT Convolution-Periodic Signals

DT Convolution-Periodic Signals

DT Fourier Series-Rectified Sine Wave Part 1

DT Fourier Series-Rectified Sine Wave Part 1

DT Fourier Series-Rectified Sine Wave Part 2

DT Fourier Series-Rectified Sine Wave Part 2

DT Fourier Series-Rectified Sine Wave Part 3

DT Fourier Series-Rectified Sine Wave Part 3

DT Fourier Series-Simple Example

DT Fourier Series-Simple Example

DT Fourier Series-Periodic Square Wave

DT Fourier Series-Periodic Square Wave

Introduction to DT Fourier Series

Introduction to DT Fourier Series

DT LTI System Response-Convolution

DT LTI System Response-Convolution

DT Convolution-Two Exponentials Part 1

DT Convolution-Two Exponentials Part 1

DT Convolution-Two Exponentials Part 2

DT Convolution-Two Exponentials Part 2

DT Convolution-Two Rectangular Pulses

DT Convolution-Two Rectangular Pulses

DT Convolution-Simple Example Part 1

DT Convolution-Simple Example Part 1

DT Convolution-Simple Example Part 2

DT Convolution-Simple Example Part 2

DT System Properties Example: y[n] = x[n]x[n+1]

DT System Properties Example: y[n] = x[n]x[n+1]

DT System Properties Example: y[n] = x[n] - x[n-1]

DT System Properties Example: y[n] = x[n] - x[n-1]

DT System Properties Example: y[n] = nx[n]

DT System Properties Example: y[n] = nx[n]

DT System Properties Example: y[n] = x[-n] Part 1

DT System Properties Example: y[n] = x[-n] Part 1

DT System Properties Example: y[n] = x[-n] Part 2

DT System Properties Example: y[n] = x[-n] Part 2

Fourier Series Example-Arbitrary Square Wave Part 2

Fourier Series Example-Arbitrary Square Wave Part 2

DT Signals-Time Shifting and Reversal

DT Signals-Time Shifting and Reversal

Summing Geometric Series

Summing Geometric Series

Fourier Series Example-Arbitrary Square Wave Part 1

Fourier Series Example-Arbitrary Square Wave Part 1

DT Signal Property-Energy and Power Part 1

DT Signal Property-Energy and Power Part 1

DT Signal Property-Energy and Power Part 2.

DT Signal Property-Energy and Power Part 2.

DT Signal Property-Even and Odd Part 1

DT Signal Property-Even and Odd Part 1

DT Signal Property-Even and Odd Part 2

DT Signal Property-Even and Odd Part 2

DT Signal Property-Periodic

DT Signal Property-Periodic

DT Signals-Complex Exponentials

DT Signals-Complex Exponentials

DT Signals-Real Sinusoids

DT Signals-Real Sinusoids

DT Signals-Real Exponentials

DT Signals-Real Exponentials

DT Signals-Unit Step and Delta

DT Signals-Unit Step and Delta

Friction Example-Box on Ramp

Friction Example-Box on Ramp

Introduction to Friction

Introduction to Friction

2D Frame Analysis-Diving Board Part 1

2D Frame Analysis-Diving Board Part 1

2D Frame Analysis-Ladder Part 1

2D Frame Analysis-Ladder Part 1

2D Frame Analysis-Diving Board Part 2

2D Frame Analysis-Diving Board Part 2

2D Frame Analysis-Ladder Part 2

2D Frame Analysis-Ladder Part 2

Distributed Force-Hydrostatic Pressure on Gate

Distributed Force-Hydrostatic Pressure on Gate

Distributed Force-Hydrostatic Pressure on Wall

Distributed Force-Hydrostatic Pressure on Wall

Introduction to Distributed Forces

Introduction to Distributed Forces

Shear and Moment Diagrams-Mixed Forces Part 1

Shear and Moment Diagrams-Mixed Forces Part 1

Shear and Moment Diagrams-Mixed Forces Part 2

Shear and Moment Diagrams-Mixed Forces Part 2

Shear and Moment Diagrams-Distributed Forces Part 1

Shear and Moment Diagrams-Distributed Forces Part 1

Shear and Moment Diagrams-Distributed Forces Part 2

Shear and Moment Diagrams-Distributed Forces Part 2

Shear and Moment Diagrams-Concentrated Forces Part 1

Shear and Moment Diagrams-Concentrated Forces Part 1

Shear and Moment Diagrams-Concentrated Forces Part 2

Shear and Moment Diagrams-Concentrated Forces Part 2

Bending Moment Diagrams

Bending Moment Diagrams

Shear Force Diagrams

Shear Force Diagrams

Internal Forces in a Loaded Beam

Internal Forces in a Loaded Beam

Internal Forces-Tension, Shear Force, Bending Moment

Internal Forces-Tension, Shear Force, Bending Moment

2D Machine Example-Bolt Cutter

2D Machine Example-Bolt Cutter

2D Machine Example-Excavator Part 1

2D Machine Example-Excavator Part 1

2D Machine Example-Excavator Part 2

2D Machine Example-Excavator Part 2

2D Machine Example-Excavator Part 3

2D Machine Example-Excavator Part 3

2D Machine Example-Excavator Part 4

2D Machine Example-Excavator Part 4

2D Machine Example-Hammer and Nail Part 1

2D Machine Example-Hammer and Nail Part 1

2D Machine Example-Hammer and Nail Part 2

2D Machine Example-Hammer and Nail Part 2

2D Truss Example-Method of Sections

2D Truss Example-Method of Sections

2D Truss Example-6-Joint Truss Part 1

2D Truss Example-6-Joint Truss Part 1

2D Truss Example-6-Joint Truss Part 2

2D Truss Example-6-Joint Truss Part 2

AM Modulation and Demodulation Part 3

AM Modulation and Demodulation Part 3

2D Truss Example-Method of Joints Part 1

2D Truss Example-Method of Joints Part 1

2D Truss Example-Method of Joints Part 2

2D Truss Example-Method of Joints Part 2

Introduction to Trusses Part 1

Introduction to Trusses Part 1

Introduction to Trusses Part 2

Introduction to Trusses Part 2

3D Rigid Body Example-Doggie Door Part 1

3D Rigid Body Example-Doggie Door Part 1

3D Rigid Body Example-Doggie Door Part 2

3D Rigid Body Example-Doggie Door Part 2

3D Rigid Body Example-Doggie Door Part 3

3D Rigid Body Example-Doggie Door Part 3

3D Particle Example-Cables Part 1

3D Particle Example-Cables Part 1

3D Particle Example-Cables Part 2

3D Particle Example-Cables Part 2

Overview of 3D FBD Interactions

Overview of 3D FBD Interactions

2D Rigid Body Example-Ladder

2D Rigid Body Example-Ladder

2D Rigid Body Example-Stacked Blocks

2D Rigid Body Example-Stacked Blocks

2D Rigid Body Example-Stop Light

2D Rigid Body Example-Stop Light

Convolution-What's τ got to do with it?

Convolution-What's τ got to do with it?

2D Rigid Body Example-Barrel Part 1

2D Rigid Body Example-Barrel Part 1

2D Rigid Body Example-Barrel Part 2

2D Rigid Body Example-Barrel Part 2

2D Rigid Body Example-Crane Part 1

2D Rigid Body Example-Crane Part 1

2D Rigid Body Example-Crane Part 2

2D Rigid Body Example-Crane Part 2

2D Rigid Body Example-Crane Part 3

2D Rigid Body Example-Crane Part 3

2D Rigid Body Example-Crane Part 4

2D Rigid Body Example-Crane Part 4

2D Rigid Body Example-Crane Part 5

2D Rigid Body Example-Crane Part 5

2D Particle Example-Block and Ramp

2D Particle Example-Block and Ramp

2D Particle Example-Cables Part 1

2D Particle Example-Cables Part 1

2D Particle Example-Cables Part 2

2D Particle Example-Cables Part 2

2D Particle Example-Cables Part 3

2D Particle Example-Cables Part 3

2D Particle Example-Cables Part 4

2D Particle Example-Cables Part 4

Introduction to Free Body Diagrams

Introduction to Free Body Diagrams

Overview of 2D FBD Interactions

Overview of 2D FBD Interactions

2D FBD Interactions-Frictionless Surface

2D FBD Interactions-Frictionless Surface

2D FBD Interactions-Cables

2D FBD Interactions-Cables

2D FBD Interactions-Pinned Joints

2D FBD Interactions-Pinned Joints

2D FBD Interactions-Rigid Connections

2D FBD Interactions-Rigid Connections

Equivalent Force System-2D Example

Equivalent Force System-2D Example

Concurrent Forces-3D Example

Concurrent Forces-3D Example

Concurrent Forces-2D Example Part 2

Concurrent Forces-2D Example Part 2

Concurrent Forces-2D Example Part 1

Concurrent Forces-2D Example Part 1

RMS (Effective) Voltage and Current

RMS (Effective) Voltage and Current

AC Example-Power Factor

AC Example-Power Factor

AC Example-Complex Power

AC Example-Complex Power

Introduction to AC Steady State Power

Introduction to AC Steady State Power

AC Fundamentals-Cosine Amplitude and Phase

AC Fundamentals-Cosine Amplitude and Phase

AC Example-Mesh Analysis

AC Example-Mesh Analysis

AC Example-Nodal Analysis

AC Example-Nodal Analysis

AC Example-Ad Hoc Analysis Part 2

AC Example-Ad Hoc Analysis Part 2

AC Example-Dependent Voltage Source Part 2

AC Example-Dependent Voltage Source Part 2

AC Example-Dependent Voltage Source Part 1

AC Example-Dependent Voltage Source Part 1

AC Example-Ad Hoc Analysis Part 1

AC Example-Ad Hoc Analysis Part 1

AC Example-Equivalent Impedance

AC Example-Equivalent Impedance

AC Example-Single Node Pair

AC Example-Single Node Pair

Introduction to AC Steady State Analysis Part 2

Introduction to AC Steady State Analysis Part 2

Introduction to AC Steady State Analysis Part 1

Introduction to AC Steady State Analysis Part 1

Computing with Complex Numbers for AC Steady State Analysis

Computing with Complex Numbers for AC Steady State Analysis

Introduction to the Op Amp Part 1

Introduction to the Op Amp Part 1

Op Amp Circuit Analysis: Inverting Amplifier

Op Amp Circuit Analysis: Inverting Amplifier

Introduction to the Op Amp Part 2

Introduction to the Op Amp Part 2

Mesh Analysis Example-Everything Part 2

Mesh Analysis Example-Everything Part 2

Mesh Analysis Example-Everything Part 1

Mesh Analysis Example-Everything Part 1

Mesh Analysis Example-Independent Current Sources

Mesh Analysis Example-Independent Current Sources

Introduction to Mesh Analysis

Introduction to Mesh Analysis

Nodal Analysis Example-Dependent Voltage Source

Nodal Analysis Example-Dependent Voltage Source

Nodal Analysis Example-Dependent Current Source

Nodal Analysis Example-Dependent Current Source

Nodal Analysis Example-Independent Voltage Source (Harder)

Nodal Analysis Example-Independent Voltage Source (Harder)

Nodal Analysis Example-Independent Voltage Source (Easy)

Nodal Analysis Example-Independent Voltage Source (Easy)

Nodal Analysis Example-Independent Current Source

Nodal Analysis Example-Independent Current Source