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Absolute Extrema - Calculus One - Exam, Exams of Calculus

This is the Exam of Calculus One which includes Domain, Limits, Function, Absolute Extrema, Area, Shaded Region, Average Value, Function, Equation, Line Tangent etc. Key important points are: Absolute Extrema, Domain, Evaluate, Area, Average Value, Shaded Region, Function, Equation, Line Tangent, Inverse

Typology: Exams

2012/2013

Uploaded on 02/25/2013

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APPM 1345 Final Exam Spring 2011
INSTRUCTIONS: Books, notes, and electronic devices are not permitted. Write (1) your name,
(2) section number, and (3) a grading table on the front of your bluebook. Start each problem on
a new page. Simplify your answers. A correct answer with incorrect or no supporting work may
receive no credit, while an incorrect answer with relevant work may receive partial credit. Unless
otherwise indicated, show all work.
1. (15 points) Differentiate the following functions. Simplify your answers.
(a) y= ln(sec22θ)
(b) y= (1 t2) coth1t
(c) y=x1/(ln x)
2. (15 points) Evaluate the following limits.
(a) lim
x0
ex/2
ex/2+ 1
(b) lim
t0
10t1
t
(c) lim
x0(1 3x)1/x
3. (25 points) Evaluate the following integrals.
(a) Z1
θ2csc21
θ
(b) Z32
1
1
5xdx
(c) Ze
1
ln x
xdx
4. (25 points) Consider the function f(x) = xln1
x.
(a) What is the domain of f?
(b) Find f0.
(c) Find f00.
(d) Find any absolute extrema of f.
(e) Evaluate lim
x0+f(x).
(f) Show that
Zxln1
xdx =x2
4+x2
2ln1
x+C.
pf3

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APPM 1345 Final Exam Spring 2011

INSTRUCTIONS: Books, notes, and electronic devices are not permitted. Write (1) your name, (2) section number, and (3) a grading table on the front of your bluebook. Start each problem on a new page. Simplify your answers. A correct answer with incorrect or no supporting work may receive no credit, while an incorrect answer with relevant work may receive partial credit. Unless otherwise indicated, show all work.

  1. (15 points) Differentiate the following functions. Simplify your answers.

(a) y = ln(sec^2 2 θ) (b) y = (1 − t^2 ) coth−^1 t (c) y = x^1 /(ln^ x)

  1. (15 points) Evaluate the following limits.

(a) lim x→ 0

ex/^2 ex/^2 + 1

(b) lim t→ 0

10 t^ − 1 t (c) lim x→ 0 (1 − 3 x)^1 /x

  1. (25 points) Evaluate the following integrals.

(a)

θ^2

csc^2

θ

(b)

1

5 x

dx

(c)

∫ (^) e

1

ln x x dx

  1. (25 points) Consider the function f (x) = x ln

x

(a) What is the domain of f? (b) Find f ′. (c) Find f ′′. (d) Find any absolute extrema of f. (e) Evaluate lim x→ 0 +^

f (x).

(f) Show that (^) ∫ x ln

x

dx =

x^2 4

x^2 2 ln

x

+ C.

  1. (10 points)

x

y

y ￿ x 4 ￿ x

2

(a) Find the area of the shaded region. (b) Find the average value of the function y = x 4 −x

2 on [0, 1].

  1. (10 points) Let g(x) = sin−^1 (x). Find an equation of the line tangent to g at x =
  1. (10 points) Consider the function f (x) = ln

x 3

(a) Find the inverse of f.

(b) Let G(x) =

∫ (^) x

1

ln

t 3

dt.

i. Find G′(x). ii. At what value(s) of x does G have a local minimum value?

  1. (10 points) Use the identity

tanh−^1 x =

ln

1 + x 1 − x

to find the derivative of tanh−^1 x. Simplify your answer.

  1. (10 points) Is the following function continuous at x = 0? Justify your answer.

h(x) =

sinh 2x x

, x 6 = 0

1 , x = 0

  1. (10 points)

The Cave of Chauvet-Pont-d’Arc in France contains the earliest known cave paintings. Discovered in 1994, the Paleolithic artwork retains about 2 .6% of the original carbon-14 content. If the half-life of carbon-14 is about 5700 years, approximately how old are the paintings?

(You may leave your answer unsimplified.)