Barrons AP Calculus

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(B)

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(D)

(A)

(B)

(C)

(D)

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(B)

(C)

(D)

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(B)

4

8

12

16

Suppose f(3)    =   2,  f   ′(3)    =   5,  and f   ′′(3)   =   −2. Then        at  x   =   3   is

equal   to

−20

−4

10

42

The velocity    of  a   particle    in  motion  along   a   line    (for    t   ≥   0)  is  v(t)    =   ln(2    −

t^2 ).  Find    the acceleration    when    the object  is  at  rest.

−2

0

1

Suppose  ,  x   >   0   and x   is  increasing. The value   of  x   for which

the rate    of  increase    of  f   is  10  times   the rate    of  increase    of  x   is

1