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- Operations
- Basic Addition Facts Drillmaster (by Steve Wilson)
- Basic Subtraction Facts Drillmaster (by Steve Wilson)
- Basic Multiplication Facts Drillmaster (by Steve Wilson)
- Basic Division Facts Drillmaster (by Steve Wilson)
- Geometry
- Voronoi Diagram with Points Entered (by Mike Martin)
- Voronoi Diagram with Random Points (by Mike Martin)
- Factoring & Roots (or Zeros)
- Roots & Synthetic Division (by Nancy Carpenter)
- Square Roots & Complex Numbers (by Steve Wilson)
- Functions & Graphs
- Combinations of Functions (by Steve Wilson)
- Complex Function (by Steve Wilson)
- Complex Polynomial Function (Standard Form) (by Steve Wilson)
- Complex Polynomial Function (Factored Form) (by Steve Wilson)
- Hill Function (by Mike Martin)
- Trig Functions, Graphs, & Polar Graphs
- Trig Functions & the Unit Circle (by Steve Wilson)
- Right Triangle Trig Ratios Drillmaster (by Steve Wilson)
- Special Angle Trig Values Drillmaster (by Steve Wilson)
- Standard Position Trig Ratios Drillmaster (by Steve Wilson)
- Sine Graph Characteristics Drillmaster (by Steve Wilson)
- Complex Sine Function (by Steve Wilson)
- Complex Arcsine Function (by Steve Wilson)
- Rose Analyzer (by Steve Wilson)
- Limacon Analyzer (by Steve Wilson)
- Lissajous Analyzer (by Steve Wilson)
- Exponential & Logarithmic Functions & Graphs
- Hyperbolic Sine (by Mike Martin)
- Hyperbolic Cosine (by Mike Martin)
- Hyperbolic Tangent (by Mike Martin)
- Complex Exponential Function (by Steve Wilson)
- Complex Logarithmic Function (by Steve Wilson)
- Logistic Function (by Mike Martin)
- Stochastic Growth Model (by Mike Martin)
- Measurements & Conversions
- Converting Radians to Degrees Drillmaster (by Steve Wilson)
- Converting Degrees to Radians Drillmaster (by Steve Wilson)
- Sequences & Series
- Simple Recursive Sequences (by Steve Wilson)
- Logistic Sequence (by Drew Cousino)
- Fibonacci & Related Sequences (by Steve Wilson)
- Exploring Fourier Series (by Steve Wilson)
- Linear Algebra
- 2D Matrix Transformations (by Steve Wilson)
- 2D Homogeneous Transformations (by Steve Wilson)
- Limits
- ε-δ Limit Visualization (by Mike Martin)
- Visualizing Basic Graphs & Their Derivatives
- Hyperbolic Sine (by Mike Martin)
- Hyperbolic Cosine (by Mike Martin)
- Hyperbolic Tangent (by Mike Martin)
- Hill Function (by Mike Martin)
- Logistic Function (by Mike Martin)
- Riemann Sums & Area
- Approximating Area Using Left-Hand Endpoints (by Mike Martin)
- Approximating Area Using Right-Hand Endpoints (by Mike Martin)
- Approximating Area Using Midpoints (by Mike Martin)
- Derivatives
- Derivatives Drillmaster: Basic (by Steve Wilson)
- Derivatives Drillmaster: Basic Plus (by Steve Wilson)
- Derivatives Drillmaster: Algebraic (by Steve Wilson)
- Derivatives Drillmaster: Exp/Log (by Steve Wilson)
- Derivatives Drillmaster: Intermediate (by Steve Wilson)
- Derivatives Drillmaster: Trig (by Steve Wilson)
- Derivatives Drillmaster: Advanced (by Steve Wilson)
- Derivatives Drillmaster: Comprehensive (by Steve Wilson)
- Numerical Methods
- Newton's Method (by Drew Cousino)
- Numerical Integration Errors (by Drew Cousino)
- Introductory Differential Equations
- Slope Fields (by Steve Wilson)
- Logistic Differential Equation (by Drew Cousino)
- Polar Coordinates
- Rose Analyzer (by Steve Wilson)
- Limacon Analyzer (by Steve Wilson)
- Lissajous Analyzer (by Steve Wilson)
- First-Order Difference Equations
- Discrete Logistic Population Model (by Mike Martin)
- Discrete Logistic Population Model with Carrying Capacity (by Mike Martin)
- Discrete Logistic Population Model with Harvesting (by Mike Martin)
- Discrete Ricker Population Model (by Mike Martin)
- Discrete Periodic Hematopoiesis Model (by Mike Martin)
- Heart Dynamics: AV Nodal Response (by Mike Martin)
- Simple Gas Exchange in the Lung (by Mike Martin)
- Effect of Chalones on Mitosis (by Mike Martin)
- A Basic Model of Selection (by Mike Martin)
- Social Choice
- Power Indices (by Steve Wilson)
- First-Order Ordinary Differential Equations
- Logistic Differential Equation (by Drew Cousino)
- Second-Order Ordinary Differential Equations
- Numerical Solutions to a Second-Order ODE (by Drew Cousino)
- Undamped Sinusoidal Forcing - Beats (by Mike Martin)
- Undamped Sinusoidal Forcing - Resonance (by Mike Martin)
- Practical Resonance via Forcing Frequency (by Mike Martin)
- Practical Resonance via Mass, Spring Constant, & Damping (by Mike Martin)
- Systems of First-Order Ordinary Differential Equations
- Continuous Competing Species Model (by Mike Martin)
- Continuous Mutualism Model (by Mike Martin)
- Continuous Predator-Prey Model (by Mike Martin)
- Fitzhugh-Nagumo System of Equations (by Mike Martin)
- Morris-Lecar System of Equations (by Mike Martin)
- Numerical Methods
- Euler Pathology (by Mike Martin)
- Numerical Solutions to a Second-Order ODE (by Drew Cousino)
Applied Mathematics(see also Biomathematics & Technical Mathematics sections)
- Probability Distributions
- Comparing Confidence Intervals (Steve Wilson)
- Stochastic Processes
- Stochastic Growth Model (by Mike Martin)
- Business Mathematics
- Comparing Compound Frequencies (by Steve Wilson)
- Engineering Mathematics
- Undamped Sinusoidal Forcing - Beats (by Mike Martin)
- Undamped Sinusoidal Forcing - Resonance (by Mike Martin)
- Practical Resonance via Forcing Frequency (by Mike Martin)
- Practical Resonance via Mass, Spring Constant, & Damping (by Mike Martin)
- Social Choice
- Power Indices (by Steve Wilson)
- Discrete Population Models
- Logistic Model (by Mike Martin)
- Logistic Model with Carrying Capacity (by Mike Martin)
- Logistic Model with Harvesting (by Mike Martin)
- Ricker Model (by Mike Martin)
- Stochastic Growth Model (by Mike Martin)
- Continuous Population Models
- Continuous Logistic Population Model (by Drew Cousino)
- Continuous Competing Species Model (by Mike Martin)
- Continuous Mutualism Model (by Mike Martin)
- Continuous Predator-Prey Model (by Mike Martin)
- Space-Filling Models
- Voronoi Diagram with Points Entered (by Mike Martin)
- Voronoi Diagram with Random Points (by Mike Martin)
- Pharmacology
- Pharmacology: Uniform Dosing with Exponential Decay (by Mike Martin)
- Continuous Antiangiogenic Therapy for Cancer (by Mike Martin)
- Discrete Antiangiogenic Therapy for Cancer (by Mike Martin)
- Physiology
- Discrete Periodic Hematopoiesis Model (by Mike Martin)
- Heart Dynamics: AV Nodal Response (by Mike Martin)
- Fitzhugh-Nagumo's Model for Action Potentials (by Mike Martin)
- Morris-Lecar's Model for Action Potentials (by Mike Martin)
- Simple Gas Exchange in the Lung (by Mike Martin)
- Effect of Chalones on Mitosis (by Mike Martin)
- Genetics & Replication
- A Basic Model of Selection (by Mike Martin)
- Biotechnology
- Spectrophotometry (by Mike Martin)
- Videogame Development
- 2D Matrix Transformations (by Steve Wilson)
- 2D Homogeneous Transformations (by Steve Wilson)
- Integermania
- Integermania Exquisiteness Calculator (by Steve Wilson)
- Recreational Mathematics
- What Do I Need on the Final? (by Steve Wilson)
This page is maintained by Mike Martin.
Last updated: 10 January 2005
