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Various calculus problems involving derivatives, limits, and graph interpretation. Topics include finding derivatives of functions, identifying discontinuities, analyzing graph shapes, and determining limits. Students can use this document for self-study, exam preparation, or as a supplement to classroom lectures.
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e^2 + 1
e^2 + 1
e^2 + 1
e^2 + 1
x
x − 1 4)
x − 1 x^2 − 1
1 2 3 4 x
2
4
y (^) a:regular , b:dashed , c:thick
f = a f ′^ = b f ′′^ = c
f = c f ′^ = b f ′′^ = a
f = a f ′^ = c f ′′^ = b
f = b f ′^ = c f ′′^ = a
a b c^ d e
the derivative f’(x)
0
f (2 + h) − f (2) h for h ranging from .1 to .00001.
h f (2 + h)
f (2 + h) − f (2) h
. 1 -1.001 -2. . 01 -0.786 -2. . 001 -0.760 -2. . 0001 -0.757 -2. . 00001 -0.757 -2. Which of the following statements is best supported by the data?
f (h) ≈ − 0. 76 4) lim x→ 0 f ′(x) ≈ − 3
3 q^2 − q + 2 q^2 + 7q + 1
1 2 3
1
2
3
The function f(x) For what values (if any) of a in (0, 3) does lim x→a f (x) fail to exist?