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**Unformatted text preview: **7 Know and interpret the first fundamental theorem in physical terms. 8 Optimization 9 Related rates 10 Investigate functions for: increasing, decreasing, relative extrema, absolute extrema, concavity, and points of inflection 11 Linearization and use of the linearization 12 Know statements of definitions, major theorems, and lemmas (example, derivative, MVT, First derivative test, Second derivative test, critical number, concavity, Fundamental theorems, etc) MAT 265 FALL 2008 FINAL EXAM CONCEPTS...

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