"Core-Plus Mathematics", is a standards-based, four-year integrated series. Concepts from algebra, geometry, probability, and statistics are integrated, and the mathematics is developed using context-centered investigations. Developed by the Core-Plus Math Project at Western Michigan University with funding from the National Science Foundation (NSF), "Core-Plus Mathematics" is written for all students to be successful in mathematics. Reading age for native speakers: Middle and High School students

CONTENTS

Unit 1: Functions, Equations, and Systems Lesson 1: Direct and Inverse Variation Lesson 2: Multivariate Functions Lesson 3: Systems of Linear Equations Lesson 4: Looking Back

Unit 2: Matrix Methods Lesson 1: Constructing, Interpreting, and Operating on Matrices Lesson 2: Multiplying Matrices Lesson 3: Matrices and Systems of Linear Equations Lesson 4: Looking Back

Unit 3: Coordinate Methods Lesson 1: A Coordinate Model of a Plane Lesson 2: Coordinate Models of Transformations Lesson 3: Transformations, Matrices, and Animation Lesson 4: Looking Back

Unit 4: Network Optimization Lesson 1: Bivariate Relationships Lesson 2: Least Squares Regression and Correlation Lesson 3: Looking Back

Unit 5: Nonlinear Functions and Equations Lesson 1: Quadratic Functions, Expressions, and Equations Lesson 2: Nonlinear Systems of Equations Lesson 3: Common Logarithms and Exponential Functions Lesson 4: Looking Back

Unit 6: Regression and Correlation Lesson 1: Optimum Spanning Networks Lesson 2: Scheduling Projects Using Critical Paths Lesson 3: Looking Back

Unit 7: Trigonometric Methods Lesson 1: Trigonometric Functions Lesson 2: Using Trigonometry in Any Triangle Lesson 3: Looking Back

Unit 8: Probability Distributions Lesson 1: Probability Models Lesson 2: Expected Value Lesson 3: The Waiting-Time (Geometric) Distribution Lesson 4: Looking Back

Glossary Index of Mathematical Topics Index of Contents

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