'Third derivative' presentation slideshows

5.3 :Higher Order Derivatives, Concavity and the 2 nd Derivative Test

5.3 :Higher Order Derivatives, Concavity and the 2 nd Derivative Test. Objectives: To find Higher Order Derivatives To use the second derivative to test for concavity To use the 2 nd Derivative Test to find relative extrema.

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Sec. 2.3: Product and Quotient Rules and Higher-Order Derivatives

Sec. 2.3: Product and Quotient Rules and Higher-Order Derivatives. Sec. 2.3: Product and Quotient Rules and Higher-Order Derivatives. The Product Rule. ( first ) ? ( derivative of the second ) + ( second ) ? ( derivative of the first ). AP Calculus BC Friday, 13 September 2013.

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December 4, 2012

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INTERPOLATION

INTERPOLATION. For both irregulary spaced and evenly spaced data. Linear Interpolation. y. x = a. x. x = b. x. Linear Interpolation. Spline & Linear Interpolation.

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In Section 2.1 we considered the derivative at a fixed number a .

2.2 The derivative as a function. In Section 2.1 we considered the derivative at a fixed number a . Now let number a vary. If we replace number a by a variable x , then the derivative can be interpreted as a function of x : Alternative notations for the derivative:

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