User:Knote
From GeoGebra Manual
Edward M. Knote
Secondary Math Trainer
Location:
University of Central Florida
Mathematics Education Phd Program
Orlando, FL
Email Address:
FiveKnote@gmail.com
Nets of 3D Shapes
Filling 3D shapes
Area Dynamic Work Sheets
- Area of a Rectangle Download
Area of a Rectangle Dynamic Worksheet by Edward Knote
- Area of a Parallelogram Download
Area of a Parallelogram Dynamic Worksheet by Edward Knote
- Area of a Parallelogram2 Download
Area of a Parallelogram Dynamic Worksheet version 2 by Edward Knote
- Area of a Triangle Download
Area of a Triangle Dynamic Worksheet by Edward Knote
- Area of a Trapezoid Download
Area of a Trapezoid Dynamic Worksheet by Edward Knote
- Area of a Circle Download
Area of a Circle Dynamic Worksheet by Edward Knote
Pythagorean Theorem
- Pythagorean Theorem Download
Pythagorean Theorem Dynamic Worksheet by Edward Knote
Symmetry Dynamic Worksheets
- Line_Symmetry.html Download
Line Symmetry Dynamic Worksheet by Edward Knote
- Rotational_symmetry.html Download
Dynamic Worksheet for the rotational symmetry of regular shapes by Edward Knote
Archimedes Estimation of Pi
- Archimedes_Estimation_of_Pi.html
Dynamic Worksheet showing a great visual leading to Archimedes method of estimating Pi by Edward Knote
- Archimedes_doubling.html
Dynamic Worksheet showing a great visual leading to why Archimedes chose to use a doubling method for estimating Pi by Edward Knote
- SohCahToa.html
Dynamic Worksheet goes well with the Archimedes_doubling.html worksheet as an investigation for Sine Cosine and Tangent by Edward Knote
Circumference and Pi
- Pi_investigation.html
Dynamic Worksheet is a great tool for a student to use when investigating how to use cercumferance and Diameter to estimate Pi by Edward Knote
Irregulare Shapes
- composite1.html
Dynamic Worksheet shows a real life composite shape breaking into its peices in order to find its area or perimeter. by Edward Knote
- composite2.html
Dynamic Worksheet shows a composite shape breaking up into its peices in order to find its area or perimeter. by Edward Knote