Wolfram Demonstrations Project
High School Calculus and Analytic Geometry
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Demonstrations 41 - 60 of 272
The Natural Logarithm is the Limit of the Integrals of PowersVolumes of Revolution Using Cylindrical ShellsMinimizing the Time for a Dog to Fetch a Ball in WaterMaximizing the Area of Some Geometric Figures of Fixed PerimeterCavalieri's Principle
The Natural Logarithm is the Limit of the Integrals of Powers
Volumes of Revolution Using Cylindrical Shells
Minimizing the Time for a Dog to Fetch a Ball in Water
Maximizing the Area of Some Geometric Figures of Fixed Perimeter
Cavalieri's Principle
The Disk MethodApproximating the Tangent to a Curve with SecantsMaximizing the Viewing Angle of a PaintingThe Maximum Rectangular Area under Different CurvesThe Integral Test and Error Estimation Using p-Series
The Disk Method
Approximating the Tangent to a Curve with Secants
Maximizing the Viewing Angle of a Painting
The Maximum Rectangular Area under Different Curves
The Integral Test and Error Estimation Using p-Series
Solid of RevolutionVolumes Using the Disc MethodPower Series Interval of ConvergenceThe Tangent Line ProblemGeometric Difference between a Finite Difference and a Differential
Solid of Revolution
Volumes Using the Disc Method
Power Series Interval of Convergence
The Tangent Line Problem
Geometric Difference between a Finite Difference and a Differential
Swim, Swim and Walk, or Walk?Parameters for Plotting a QuarticApproximating Volumes by SummationNewton's MethodSeries Expansion of 1/(1-x)
Swim, Swim and Walk, or Walk?
Parameters for Plotting a Quartic
Approximating Volumes by Summation
Newton's Method
Series Expansion of 1/(1-x)

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