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This graphic presentation illustrates the relationship between the shape of a function and location of its inflection points.

Worksheets are provided with sample questions on investigating functions defined by integration. These exercises are useful for understanding the Fundamental Theorem of Calculus.
Exploraton of The Fundamental Theorem (both parts) using worked examples in applets.
Worksheets are provided with sample questions on investigating the Fundamental Theorem of Calculus.
User can draw a function $$f(x)$$ using a nice smoothing algorithm, then a simple slide interaction draws a rectangle whose height is given by the average value of the function from $$a$$ to $$b$$
Applet for constructing antiderivative graph
This is essentially a Jeopardy game with the categories being integration, definite integrals, substitution, the fundamental theorem, and area between curves.
This Java applet allows the user to explore the concept of an improper integral by graphing a function and adjusting the upper limit of the integral of the function with a slider.
GeoGebra combines capabilities of a dynamic geometry program (like GeoSketchpad or Cabri) with an equation grapher.
This maplet provides guided practice in the mechanics of geometric series, including determining if they converge and finding their sum when they do (with feedback and hints).