| Title | Description |
|---|---|
| Geogebra | This collections of applets focuses on interactive explorations in geometry, algebra, calculus, and more. It allows users to manipulate figures and functions dynamically, helping students visualize mathematical concepts |
| Desmos | This collection of applets covers function graphing, transformations, and data modeling. Desmos provides tools to explore everthing from simple equations to comples functions in a highly interactive format. |
| Integral Domain | This collection of applets explores topics like calculus, algebra, and precalculus, with visual tools to help users understand function behavior, limits, and other advanced mathematical concepts. |
| Interactive Mathematics | This collection of interactive applets focuses on trigonometry, calculus, and algebra. It includes graphing tools and visual aids to help students understand topics such as sine and cosine transformations and integrations techniques. |
| Illuminations | This collection of applets from NCTM covers a variety of K-12 math topics, including geometry, algebra, and data analysis. The applets are designed to engage students through interactive problem-solving and visual learning. |
| Title | Description |
|---|---|
| Geogebra Function Transformations | This applet demonstrates various function transformations, including translations, reflections, and roations, using dynamic sliders. |
| Desmos Graphing Calculator: Function Transformations | This Desmos applet allows you to manipulate and visualize how transformations affect functions such as translations, reflections, and stretching. |
| Integral Domain: Function Transformations | This applet focuses on transformations of various functions in precalculus, including shifting and scaling both linear and non-linear functions. |
| Interactive Math:Trigonometric Transformations | An applet that explores the transformations of sine cosine fuctions, focusing on amplitude, period, and phase shifts. |
| Illuminations: Trigonometric Graphing | This applet from NCTM allows users to experiments with the graphs of trigonometric funtions, exploring transformations like stretching, compressing, and shifting. |
| Title | Description |
|---|---|
| Interactive Geometry Pool | This applet explores the geometry of billiards, showing how angles and reflections play a key role in determining trajectories on a billiard table. |
| Pool Table Geometry and Angles | This applet demonstrates how geometric principles, such as reflection and angles, are applied in billiard shots, helping players predict ball paths. |
| Interactive Manipulatives for Pool Angles | This tool uses interactive manipulatives to demonstrate angle calculations on a billiards table, helping players predict ball paths using geometry. |
| Dynamical Billiards Simulation | (Scroll to the bottom of the page for this applet)This simulation allows users to explore the dynamics of billiards, focusing on reflections and chaos theory to show the unpredictable behavior of pool balls. |
| Graphing Pool Shots | This applet explores complex transformations to model pool shots, using Desmos to visualize how different angles and forces affect ball trajectories. |