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Geogebra & Javascript Activities
We can visualize some concepts using the following activities.
Geogebra and Geogebra apps designed for particular aspects of the calculus we study are linked in this list:
- GeoGebra Calculator Suite
- Approximate Integration, by Gabriela Sanchis
- Comparing Numerical Integration Techniques, by Mike May
- Disk Action!!!, by Tim Brzezinski
- Approximating Volumes of Solids of Revolutions, by Steve Phelps
- Visualizing a 3D Solid: Square Slices on a Parabola, by Steve Phelps
- Volumes of Solids by Cross-Section, by Ken Schwartz
- Areas with Polar Coordinates, by Tim Brzezinski
- Taylor polynomials, by Tim Brzezinski
- Taylor polynomial of f(x) centered at point a, by Irina Boyadzhiev
- Sequences (Dynamic Illustrator), by Tim Brzezinski
- Sequences of Real Numbers, by Juan Carlos Ponce Campuzano
- Recursive Sequence, by Kevin Hopkins
- Geometric sequences and series, by Sébastian Vieilhescazes
- Infinite Geometric Series, by Joel T. Patterson
- Integral Test for Series, by Doug Kuhlmann
- Comparison Test, by Juan Carlos Ponce Campuzano
- The Alternating Harmonic Series, by Jim Voss
- Alternating Harmonic Series Sum, by Doug Davis
- Power Series Representations of Functions, by Gabriela Sanchis
- The Taylor and Maclaurin Series, by DavidA
- Taylor Series Expansion Graphs, by James Pearce
- Lagrange Error Bound, by Rasha Tarek
- Fourier series expansion, by Juan Carlos Ponce Campuzano
- Simple Fourier Series, by ulm.clemens
- Slope Field, by Steve Phelps
- Slope field, by Néstor Valles-Villarreal
- Euler's Method, by Mike May, Chris Thiel & Tim Brzezinski
- Euler's Method, by Juan Carlos Ponce Campuzano
- Newton's Law of Cooling, by Nathan Smith
- Newton's Law of Cooling, by Tim Brzezinski
- Logistic Growth Function, by Tim Brzezinski
- Hooke's Law
- Second order DE Using ODESolve, by rm11821