College mathematics through applications. / John C. Peterson, William J. Wagner, Stephen S. Willoughby.
Material type: TextPublisher: Albany : Delmar Publishers, c1998Description: xvii, 901 p. : ill. ; 28 cmISBN: 0766802388 Subject(s): MathematicsLOC classification: QA39.2.P487 |Item type | Current location | Home library | Call number | Copy number | Status | Date due | Barcode |
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Books | WISCONSIN INTERNATIONAL UNIVERSITY COLLEGE, GHANA - MAIN LIBRARY General Stacks | WISCONSIN INTERNATIONAL UNIVERSITY COLLEGE, GHANA - MAIN LIBRARY | QA39.2.P487 (Browse shelf) | 1 | Available | 5485/12 | |
Books | WISCONSIN INTERNATIONAL UNIVERSITY COLLEGE, GHANA - MAIN LIBRARY General Stacks | WISCONSIN INTERNATIONAL UNIVERSITY COLLEGE, GHANA - MAIN LIBRARY | QA39.2.P4871 (Browse shelf) | 2 | Available | 5486/12 | |
Books | WISCONSIN INTERNATIONAL UNIVERSITY COLLEGE, GHANA - MAIN LIBRARY General Stacks | WISCONSIN INTERNATIONAL UNIVERSITY COLLEGE, GHANA - MAIN LIBRARY | QA39.2.P4872 (Browse shelf) | 3 | Available | 5487/12 |
Browsing WISCONSIN INTERNATIONAL UNIVERSITY COLLEGE, GHANA - MAIN LIBRARY shelves, Shelving location: General Stacks Close shelf browser
QA39.2.M112 Finite mathematics. / | QA39.2.P487 College mathematics through applications. / | QA39.2.P4871 College mathematics through applications. / | QA39.2.P4872 College mathematics through applications. / | QA39.2.R72 Discrete mathematics and its applications. / | QA39.2.R721 Discrete mathematics and its applications. / | QA39.2.R722 Discrete mathematics and its applications. / |
Includes indexes.
Contents: Linear equations: The Mathematical crystal ball -- Quadratic functions: The Bouncing ball -- Models of periodic data: introducing trignometry: Analyzing the touchtone phone -- Mathematical models in geometry: images in two and three dimensions: what's the best shape -- Modeling motion in two dimensions: what's the best angle? -- Polar graphing and elementary programming: programming a robot arm -- Modeling with sequences and series: Estimating cross-sectional areas -- Modeling with algebraic functions: Seismographs and pendulums -- Exponential and logarithmic functions: Modeling temperature changes -- Systems of equations and inequalities: maximizing the profit -- Matrices and 3-D graphing: Scaling and rotating points -- Modeling with probability and statistics: Assessing quality on the assembly line.
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