Nan Byars
The William States Lee College of Engineering
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Algebra Review
Basic Algebra Review
Practice 1
Analytic Geometry
Circle
Circle
Ellipse
Hyperbola
Parabola
Plane Analytic Geometry
Practice
Practice
Practice
Practice
Practice
Practice
Practice
Practice
Practice Problem
Practice Problem
DEQ
Applications
Brine
Concentration of Brine
Concentration of Brine
Concentration of Brine
Concentration of Brine
DEQ
Kirchoff
Kirchoff’s Law
Kirchoff’s Law
Kirchoff’s Law
Kirchoff’s Law
Population Growth
Population Growth
Population Growth
Population
Population Growth
Population Growth
Population Growth
Radioactive Decay
Radioactive Decay
Radioactive Decay
Radioactive Decay
Rad Decay
Radioactive Decay
Temperature
Temperature
Temperature
Temperature
Temperature
Temperature
Example
Example 1
Example 3
First Order DE
Differential Equations
Differential Equations
Differential Equations
Differential Equations
Example 3
Example 3
Example 1
Example 1
Example 1
Example 1
Deriv of Log
Deriv of Log Applications
Exponential & Log function Derivatives
Exponential & Log Function Derivatives
Exponential & Log Function Derivatives
Exponential & Log Function Derivatives
Exponential & Log Function Derivatives
Exponential & Log Function Derivatives
Exponential & Log Function Derivatives
Exponential & Log Function Derivatives
Exponential & Log Function Derivatives
Exponential & Log Function Derivatives
Exponential & Log Function Derivatives
Exponential & Log Function Derivatives
Exponential & Log Function Derivatives
Exponential & Log Function Derivatives
Exponential & Log Function Derivatives
Exponential & Log Function Derivatives
Exponential & Log Function Derivatives
Exponential & Log Function Derivatives
Exponential & Log Function Derivatives
Derivatives of Exponential and Logarithmic Functions
Derivatives of Exponential and Logarithmic Functions
Derivatives of Exponential and Logarithmic Functions
Derivatives of Exponential and Logarithmic Functions
Derivatives of Exponential and Logarithmic Functions
Derivatives of Exponential Functions
Derivatives of Exponential Functions
Derivatives of Exponential Functions
Derivatives of Exponential Functions
Exponential and Logarithmic Functions
Deriv of Trig
Applications
Applications
Derivatives of Trig Functions
Derivatives of Trig Functions
Derivatives of Trig Functions: Applications
Derivatives of Trig Functions: Applications
Derivatives of Trig Functions: Applications
Derivatives of Trig Functions: Applications
Derivatives of Trig Functions: Applications
Derivatives of Trig Functions: Applications
Derivatives of Trig Functions: Applications
Derivatives of Trig Functions: Applications
Derivatives of Trigonometric Functions
Derivatives
Applications of Derivatives: Optimization
Applications of Derivatives: Optimization
Applications of Derivatives: Optimization
Applications of Derivatives: Optimization
Applications of Derivatives: Optimization
Derivatives – rrex1
Example 1
Example 1
Example 1
Example 1
Derivatives – rrex3
Related Rates
Related Rates
Related Rates
Related Rates
Related Rates
Related Rates
Related Rates
Example 1
Example 1
Example 1
Example 1
Graphing
Product Rule
Related Rates
Related Rates
Integration
Integration Applications
Applications: Electrical
Applications of Integration
Calculating charge from an equation for current
Calculating charge from an equation for current
Calculating charge from an equation for current
Calculating charge from an equation for current
Calculating the current in an inductor
Calculating the current in an inductor
Calculating the current in an inductor
Calculating the current in an inductor
Calculating the current in an inductor
Calculating the voltage across a capacitor
Calculating the voltage across a capacitor
Calculating the voltage across a capacitor
Calculating the voltage across a capacitor
Calculating the voltage across a capacitor
Applications: general work
Practice Problem
Practice Problem
Practice Problem
Practice Problem
Work Done by a Variable Force
Work Done by a Variable Force
Work Done by a Variable Force
Work of Lifting
Find the Area under a Curve
Pump work
Work Done by a Variable Force
Work Done by Pumping a Fluid
Work Done by Pumping a Fluid
Springs
Practice Problem 1
Practice Problem 1, 2
Practice Problem 2
Practice Problem 2
Work by the Force of a Spring
Work Done by the Force of a Spring
Work Done by the Force of a Spring
Work Done by the Force of a Spring
Work Done by the Force of a Spring
Integration Continued
Integration Continued
Integration Continued
Integration Continued
Integration Continued
Finding the Area under a Curve using Integration
Finding the Area under a Curve using Integration
Integration: Areas
Area Under
Practice Problems
Integration: Areas, between
Problem 1
Problem 2
Problem 3
Problem 4
Using Integration to find the Area between 2 Curves
Volumes
Disk
Thin Disk
Volume by Integration
Volume by Integration
Volume by Integration
Volume by Integration
Volumes by Integration
Volumes by Integration
Volumes by Integration
Volumes by Integration
Volumes by Integration
Volumes by Integration
Shell
Problem 1
Volumes by Integration
Volumes by Integration
Volumes by Integration
Volumes by Integration
Volumes by Integration
Volumes by Integration
Volumes by Integration
Volumes by Integration
Volumes by Integration
Volumes by Integration
Volumes by Integration
Volumes by Integration
Volumes by Integration
Volumes by Integration
Volumes by Integration
Volumes by Integration
Media
Numerical Methods
ETGR 3272
ETGR 3272 Class List
UNC
UNCC Department of Engineering Technology
Partial derivatives
Min-Max Saddle
Example
Example
Example
Example
Example
Location of a Local Minimum
Partial Derivatives
Partial Derivatives
Partial Derivatives
Partial Derivatives
Partial Derivatives
Partial Derivatives
Problem sessions
EGET 3171
EGET 3171
EGET 3171
EGET 3171
EGET 3171
Problem Solving
Practice Problems
Problem Solving
Problem Solving
Problem Solving
Problem Solving
Problem Solving
Problem Solving
Problem Solving
Problem Solving
Problem Solving Example
Quilts
About Quilts
Album Quilt A quilt made of many different blocks
Here is my finished Log Cabin quilt square
How to make a quilt
Quilting patterns in the Underground Railroad
Quilts
Quilts
Then I cut the batting and the backing and layered them together
Then I sewed the pieces of cloth from the pattern together into a square
Then I used my pattern to cut out the cloth
Practice
Practice Problems
7. x
^{2}
+ 2y
^{2}
– 4 = 0
ELLIPSE: a = 2, b = 1.414
8.
x
^{2}
– 4x + y = 0
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