# Full Member Resources

COMAP offers members access to numerous mathematics and modeling programs, products, and materials in a variety of collections and formats. Our online library has more than 1500 resources. This page lists resources with most recent first. Please use the Search box or the filter options in the Find Resources menu to assist in locating desired products. For additional assistance or if you have questions, please don't hesitate to contact us.

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This module involves elementary group theory and abstract algebra as applied to adders and their design. It discusses...
This module relates least squares, fish ecology and the chain rule. The use of least-squares techniques to fit model ...
This module develops the concept of a finite-state machine through number examples. It introduces regular expressions...
This module relates matrix multiplication and DC ladder circuits. It presents a simple and natural context in which c...
This module relates algebra through the topic of partial payments in loans and savings. It introduces compound intere...
This module develops the mathematical concept of elasticity, expresses it in terms of logarithmic derivatives, and de...
This module describes and analyzes qualitatively a simplified version of the predator-prey model attributed to Lotka ...
This module uses differential equations to introduce compartment models. It also discusses the applications of compar...
This module relates precalculus with the individual spread gain method (also known as the individual aggregate method...
This module uses graphic differentiation to clarify health care pricing. It explains the notion of derivative graphic...
This module involves applications of solar energy optics. It contains a series of thirty-three problems that guide th...
This module involves applied mathematics to the topic of human mortality and introduces some simple functions which d...
This unit shows one way to analyze the results of a two-level factorial experiment. Students will learn how to: 1) us...
In this module the notions of precision (absolute error) and accuracy (relative error) are introduced in the context ...
A unit utilizing probability and statistics, applying EDA to the 1980 New York City Marathon. In this module both exp...
A unit that applies trigonometry to astronomy. This module demonstrates how trigonometry can be used to determine the...
A unit that applies finite mathematics to optimization focusing on the Chinese Postman Problem. This module introduce...
A unit that applies arithmetic to allied health. Upon completion of this module students should be able to: 1) calcul...
A unit that applies elementary statistics to population studies and data analysis. In this module, students learn by ...
A unit that relates circular functions to the topic of music. This module represents a simplified version of how soun...
This module provides an elemntary introduction to Eulerian and Hamiltonian graphs by modeling the Chinese Postman Pro...
This module involves applications of statistics. In this module three facets of random numbers are considered: ways t...
This module provides an investigation of digraphs, including the determination of the existence of paths from point A...
This module applies advanced calculus to astronomy and engineering. Five conceptually different techniques for findin...
This module applies geometry to the topic of navigation. It focuses on the navigational instrument, the sextant. Ta...
By an approach more geometrical than algebraic, this unit makes a quantitative understanding of relativistic kinemati...
This module involves methods of linear programming for students of mathematics and science. Table of Contents: 1. ...
A unit that involves pre-calculus in determining the size for a mussel culture farm in a tidal estuary based on local...
This module deals with the Volterra and Fredholm integral equations and their applications. In addition to problems t...
A predator-prey system involving whales and krill is modeled by a system of differential equations. Although the equa...
This module applies multivariable calculus to economics. Some of the models which economists have developed to show h...
This module applies linear algebra to computer science. Students will become familiar with probabilistic modelling of...
In this module, the Cantor set is used to construct a distribution that is not discrete or absolutely continuous. An ...
This module uses differential equations to analyze a vibrating spring by the complex method. The motions of a vibrati...
In this module six methods of congressional apportionment are explained and illustrated by simple examples and exerci...

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