This page consists of links to online materials created by JCCC math faculty and staff for use in a variety of undergraduate mathematics courses.  The icons indicate the software used, for Excel, for Java, for JavaScript, for webMathematica, and for either Flash or an animated GIF.

General Interest

		Mathematics Education
			Drillmasters (a collection) - S. Wilson
		Mathematics Technology
			Dynamic Web Tools using webMathematica (a collection)
			Dynamic Graphing in 2D and 3D Using Excel - C. Imm
		Recreational Mathematics
			Integermania! - S. Wilson

Elementary Mathematics

		Arithmetic
			Basic Addition Facts Drillmaster - S. Wilson
			Basic Subtraction Facts Drillmaster - S. Wilson
			Basic Multiplication Facts Drillmaster - S. Wilson
			Basic Division Facts Drillmaster - S. Wilson
			Math Oasis (a collection) - N. Carpenter
		Business Math
			Business Math Corner (a collection) - S. Wilson
			Wilson's JavaScript Financial Calculator - S. Wilson
			Comparing Compounding Frequencies - S. Wilson

Algebra and Trigonometry

		Number Systems and Computation
			Polynomial Factorization - R. Grondahl
			Roots (a synthetic division program) - N. Carpenter
			Complex Arithmetic (a collection) - S. Wilson
		General Functions
			Exploring Combinations of Functions - S. Wilson
			Coordinate Systems - S. Wilson
			The Complex Function - S. Wilson
		Algebraic Functions
			Exploring the Zeros of a Quadratic Function - S. Wilson
			Exploring Polynomial Zeros - S. Wilson
			Curvilinear Coordinates and the Polynomial Function - S. Wilson
			Curvilinear Coordinates and the Square Root Function - S. Wilson
			The Hill Function - M. Martin
			The Complex Polynomial Function (Standard Form) - S. Wilson
			The Complex Polynomial Function (Factored Form) - S. Wilson
		Algebraic Plane Curves
			Plane Curve Panoramas (a collection) - S. Wilson
			Exploring the General Conic Graph - S. Wilson
			Exploring Quartic Plane Curves - S. Wilson
			Trisectrix of Maclaurin - S. Wilson
			Witch of Agnesi - S. Wilson
		Exponential, Logarithmic, and Hyperbolic Functions
			Curvilinear Coordinates and the Exponential Function - S. Wilson
			Curvilinear Coordinates and the Logarithmic Function - S. Wilson
			The Logistic Function - M. Martin
			The Hyperbolic Sine Function - M. Martin
			The Hyperbolic Cosine Function - M. Martin
			The Hyperbolic Tangent Function - M. Martin
			The Complex Exponential Function - S. Wilson
			The Complex Logarithmic Function - S. Wilson
		Basic Trigonometry
			Topics in Trigonometry (a collection) - S. Wilson
			Standard Position Trig Ratios Drillmaster - S. Wilson
			Right Triangle Trig Ratios Drillmaster - S. Wilson
			Special Angle Sine and Cosine Values Drillmaster - S. Wilson
			Special Angle Trig Values Drillmaster - S. Wilson
			Converting Degrees to Radians Drillmaster - S. Wilson
			Converting Radians to Degrees Drillmaster - S. Wilson
		Trigonometric and Polar Functions
			Generating the Sine Function - S. Wilson
			Trig Values and the Unit Circle - S. Wilson
			The Trig Functions and the Unit Circle - S. Wilson
			Sine Graph Characteristics Drillmaster - S. Wilson
			Curvilinear Coordinates and the Sine Function - S. Wilson
			Curvilinear Coordinates and the Tangent Function - S. Wilson
			Curvilinear Coordinates and the Secant Function - S. Wilson
			Curvilinear Coordinates and the Inverse Sine Function - S. Wilson
			Curvilinear Coordinates and the Inverse Tangent Function - S. Wilson
			Rose Analyzer - S. Wilson
			Limacon Analyzer - S. Wilson
			Lissajous Curve Analyzer - S. Wilson
			Eccentricity of a Conic - S. Wilson
			The Complex Sine Function - S. Wilson
			The Complex Arcsine Function - S. Wilson
		Linear Algebra
			2D Matrix Transformations - S. Wilson
			2D Homogeneous Transformations - S. Wilson

Sequences, Discrete Math, and Statistics

		Basic Sequences and Series
			Simple Recursive Sequences - S. Wilson
			Logistic Sequence - A. Cousino
			Fibonacci and Related Sequences - S. Wilson
			Mandelbrot Scenes and Animations - S. Wilson
			Exploring Fourier Series - S. Wilson
		Applications of Sequences
			Discrete Logistic Population Model - M. Martin
			Discrete Population Growth with Stochastic Effects - M. Martin
			Discrete Logistic Population Model with Carrying Capacity - M. Martin
			Discrete Logistic Population Model with Harvesting - M. Martin
			Discrete Ricker Population Model - M. Martin
			A Basic Model of Selection - M. Martin
			Discrete Periodic Hematopoiesis Model - M. Martin
			Heart Dynamics: AV Nodal Response - M. Martin
			Chemical Concentration Model in a Pumping Lung - M. Martin
			Chalone Effect on Mitosis Model - M. Martin
		Social Choice
			Voting and Power Indices - S. Wilson
		Statistical Distributions
			Comparing the z and t Distributions - S. Wilson

Calculus

		Limits
			Input and Output Tolerances for a Linear Function - M. Martin
		Differentiation
			Derivatives Drillmasters (a collection) - S. Wilson
			Newton's Method (for finding zeros) - A. Cousino
			Taylor Polynomials - S. Wilson
		Integration and Areas
			Approximating Area Under the Curve Using Left-Hand Endpoints - M. Martin
			Approximating Area Under the Curve Using Right-Hand Endpoints - M. Martin
			Approximating Area Under the Curve Using Midpoints - M. Martin
			Gauss-Kronrod Integration - C. O'Neil
			Numerical Integration Errors - A. Cousino

Differential Equations

		First Order Equations
			Slope Fields - S. Wilson
			Logistic Differential Equation - A. Cousino
			Euler Pathology - M. Martin
			Pharmacology:  Uniform Dosing with Exponential Decay - M. Martin
		Second Order Equations
			Numerical Solutions to a Second-Order ODE - A. Cousino
			Undamped Forced Oscillations: Beats - M. Martin
			Undamped Forced Oscillations: Resonance - M. Martin
			Practical Resonance via Forcing Frequency - M. Martin
		Systems
			Fitzhugh-Nagumo System of Differential Equations - M. Martin
			Morris-Lecar System of Differential Equations - M. Martin
			Visualizing a Continuous Competing Species Model - M. Martin
			Visualizing a Continuous Model of Mutualism - M. Martin
			Visualizing a Continous Predator-Prey Model - M. Martin