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Applications of Derivatives ... Pre-Test Calculus Studies

AP Calculus January 5, 2009

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Pre-test on applications of derivatives.

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Page 1: AP Calculus January 5, 2009

Applications of Derivatives ... Pre-Test

Calculus Studies

Page 2: AP Calculus January 5, 2009

The graph of the function is increasing on which of the following intervals?

(A) I only (B) II only (C) III only (D) I and II only (E) I and III only

I 1 < x II 0 < x < 1 III x < 0

Page 3: AP Calculus January 5, 2009
Page 4: AP Calculus January 5, 2009

Let: For how many inputs c between a = -2 and b = 2 is it true that

Page 5: AP Calculus January 5, 2009

The table below gives some values of the derivative of a function g.

Based on this information it appears that on the interval covered by the table

(A) g is increasing and concave up everywhere

(B) g is increasing and concave down everywhere

(C) g has a point of inflection

(D) g is decreasing and concave up everywhere

(E) g is decreasing and concave down everywhere

Page 6: AP Calculus January 5, 2009

(A) 3.80 (B) 3.84 (C) 3.88 (D) 3.92 (E) 3.96

Suppose ƒ is a continuous and differentiable function on the interval [0, 1] and g(x) = ƒ(3x). The table below gives some values of ƒ.

What is the approximate value of g'(0.1)?

Page 7: AP Calculus January 5, 2009

If has a local minimum at x = 4 then the value of k is:

(A) -1 (B) (C) 1 (D) 4 (E) None of these

Page 8: AP Calculus January 5, 2009

Let ƒ be a function given by

(a) Find the domain of ƒ.

(b) On the graph below, sketch the graph of ƒ.

Page 9: AP Calculus January 5, 2009

(c) Write an equation for each horizontal asymptote of the graph of ƒ.

(d) Find the range of ƒ. [Use to justify your answer.]