2. Differential equations for acceleration and curvature -- Acceleration -- The moving frame -- Arc length -- Curvature -- Tangential and normal components of acceleration --
3. Real-valued functions -- Real-valued functions of two variables -- Real-valued functions of three or more variables --
4. An introduction to partial derivatives -- Limits and continuity -- The definition and evaluation of partial derivatives -- The geometric interpretation of partial derivatives -- Higher-order partial derivatives --
5. Linear approximations -- Local linear approximations -- The differential -- Functions of more than two variables --
Index.
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Note
Title from PDF title page (viewed on December 9, 2015).