Math Test Instructions and Problems, Exams of Mathematics

Instructions for a math test and various problems to be solved without using a calculator. The problems cover integration, differentiation, and finding the area of regions bounded by graphs.

Typology: Exams

Pre 2010

Uploaded on 09/02/2009

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MATH 141: TEST 3
Name
Instructions and PointValues:
Put your name in the space provided above. Check
that your test has exactly 6 dierent pages including one blank page. Work each problem
below and show ALL of your work. You do not need to simplify your answers unless a
problem indicates otherwise. Do NOT use a calculator.
Problem (1) is worth 10 points.
Problem (2) is worth 24 points.
Problem (3) is worth 12 points.
Problem (4) is worth 14 points.
Problem (5) is worth 12 points.
Problem (6) is worth 14 points.
Problem (7) is worth 14 points.
(1) Given that
Z
5
0
f
(
x
)
dx
= 7,
Z
4
0
f
(
x
)
dx
= 2, and
Z
5
3
f
(
x
)
dx
=
,
4, calculate
Z
3
0
f
(
x
)
dx
.
pf3
pf4
pf5

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MATH 141: TEST 3

Name

Instructions and Point Values: Put your name in the space provided ab ove. Check that your test has exactly 6 di erent pages including one blank page. Work each problem b elow and show ALL of your work. You do not need to simplify your answers unless a problem indicates otherwise. Do NOT use a calculator.

Problem (1) is worth 10 p oints. Problem (2) is worth 24 p oints. Problem (3) is worth 12 p oints. Problem (4) is worth 14 p oints. Problem (5) is worth 12 p oints. Problem (6) is worth 14 p oints. Problem (7) is worth 14 p oints.

(1) Given that

Z 5

0

f (x) dx = 7,

Z 4

0

f (x) dx = 2, and

Z 5

3

f (x) dx = 4, calculate

Z 3

0

f (x) dx.

(2) Calculate each of the following integrals.

(a)

Z

(x 1)(x + 1) dx

(b)

Z  = 2

0

sin (2t) dt

(c)

Z 1

0

x(1 x)^9 dx

(d)

Z

p

x)^100

p

x

dx

(5) Given that F (x) =

Z x^2

x

p

1 + t^2 dt, calculate F (1), F 0 (x), and F 0 (1). (Show work.)

F (1) =

F 0 (x) =

F 0 (1) =

(6) Calculate the area of the region b ounded by the graphs of y = x^2 and y = x.

(7) Calculate the integral

Z b

a

f (x) dx b oxed b elow in the following way. Divide the inter-

val [a; b] into n equal subintervals, calculate the area of the corresp onding circumscrib ed

p olygon, and then let n! 1. You should make use of the formula

X^ n

k =

k =

n(n + 1) 2

:

Your nal answer should b e a numb er.

Z 3

0

(4x + 3) dx