DOC PREVIEW
TAMU MATH 151 - 2010a_x3b

This preview shows page 1-2-3-4 out of 12 pages.

Save
View full document
Premium Document
Do you want full access? Go Premium and unlock all 12 pages.
Access to all documents
Download any document
Ad free experience

Unformatted text preview:

MATH 151 SPRING 2010 COMMON EXAM III VERSION B LAST NAME First name print INSTRUCTOR SECTION NUMBER UIN SEAT NUMBER DIRECTIONS 1 The use of a calculator laptop or computer is prohibited 2 In Part 1 Problems 1 12 mark the correct choice on your ScanTron using a No 2 pencil For your own records also record your choices on your exam 3 In Part 2 Problems 13 17 present your solutions in the space provided Show all your work neatly and concisely and clearly indicate your final answer You will be graded not merely on the final answer but also on the quality and correctness of the work leading up to it 4 Be sure to write your name section and version letter of the exam on the ScanTron form THE AGGIE CODE OF HONOR An Aggie does not lie cheat or steal or tolerate those who do Signature 1 1 Evaluate log27 9 a 3 3 b 2 2 c 3 1 d 3 e 18 2 Solve for x log10 5 x log10 2 x 1 a x 0 and x 7 b x 0 and x 3 c x 3 only d x 0 only e x 7 only x 3 Which of the following is equivalent to cos sin 1 2 4 x2 a x x2 4 b 2 4 x2 c 2 2 x 4 d x 2 e 4 x2 2 4 Find f 1 if f x arctan x3 3 a 2 3 b 2 1 c 2 3 d 4 1 e 2 2x3 2 x 1 x4 1 5 Find the limit lim a b c d e 3 2 1 2 3 4 0 2 3 3 6 Compute lim x 2 sec x cos 3x a 0 1 b 3 c 3 d 3 1 e 3 7 The graph of the DERIVATIVE of f is shown below On which interval s is the graph of f increasing a 0 b 5 4 c 5 4 d None of these intervals e 0 8 Based on the graph of the derivative of f shown in 7 on which interval s is the graph of f concave up a 0 b 5 4 c 5 4 d None of these intervals e 0 4 9 Which of the following is the absolute maximum of the function f x x 3 3 on the interval 1 4 a 1 b 27 c 0 d 8 e 27 10 Which of the following is an antiderivative of 4x2 3 a b c d e 8 1 3 x 3 ln x 3 20 5 3 x 3 3 8 1 3 3 x 2 3 x 12 5 3 x 3 ln x 5 12 5 3 x 3 5 5 3 x 11 Find the value of 4 X i2 i 1 a 19 b 100 c 21 d 10 e 30 12 Approximate the area under the graph of f x 20 x2 from x 2 to x 4 using a partition P 2 0 4 and taking x i left endpoint a 112 b 48 c 36 d 24 e 56 6 PART II WORK OUT Directions Present your solutions in the space provided Show all your work neatly and concisely and Box your final answer You will be graded not merely on the final answer but also on the quality and correctness of the work leading up to it 13 10 points Use logarithmic differentiation to find the derivative of f x xcos x sin x 7 14 10 points Polonium 218 is a radioactive substance which decays exponentially Suppose you have 1000 mg initially and after 5 days you have 300 mg How much Polonium 218 will you have after 10 more days 15 days total Answer must be completely simplified for full credit 8 15 Given the FIRST DERIVATIVE of a function is f x x2 ex 8ex a 6 points Find the intervals where THE ORIGINAL FUNCTION f is increasing or decreasing f increasing f decreasing b 3 points Find the location of the relative extrema of f Write NONE if none exist maxima at x minima at x c 8 points Find the intervals where f is concave up or concave down concave up concave down 9 16 10 points A farmer has 3000 feet of fencing with which to enclose a rectangular field and divide the field in half see figure below What dimensions of the field will maximize its area 10 17 10 points The acceleration of a particle in the x y plane is given by a t het sin t et cos ti If the initial velocity is h1 1i and the initial position is the origin find the position function r t 11 DO NOT WRITE BELOW Question Points Awarded Points 1 12 48 13 10 14 10 15 17 16 10 17 10 TOTAL 105 12


View Full Document

TAMU MATH 151 - 2010a_x3b

Documents in this Course
Lab 9

Lab 9

5 pages

Lab 8

Lab 8

9 pages

Lab 7

Lab 7

5 pages

Lab 6

Lab 6

5 pages

Lab 5

Lab 5

5 pages

Lab 4

Lab 4

6 pages

Lab 3

Lab 3

6 pages

Lab 2

Lab 2

4 pages

Lab 1

Lab 1

3 pages

Notes

Notes

15 pages

Notes

Notes

1 pages

Notes

Notes

39 pages

Vectors

Vectors

7 pages

2011a_x3b

2011a_x3b

10 pages

lec5_5-7

lec5_5-7

33 pages

lec3_6-9

lec3_6-9

26 pages

lec4_1-2

lec4_1-2

25 pages

2_7

2_7

4 pages

handout

handout

2 pages

2010c_x1b

2010c_x1b

10 pages

lec3_1-3

lec3_1-3

26 pages

2011a_x3a

2011a_x3a

10 pages

LIFE

LIFE

2 pages

LIFEans

LIFEans

2 pages

s4.6

s4.6

4 pages

app_D

app_D

7 pages

lec13-23

lec13-23

28 pages

2009a_x2b

2009a_x2b

11 pages

syll5

syll5

2 pages

lec3_a-c

lec3_a-c

34 pages

syll151

syll151

2 pages

lec4_5-8

lec4_5-8

31 pages

lec6_3-4

lec6_3-4

37 pages

lec2_5-6

lec2_5-6

29 pages

2008c_x2b

2008c_x2b

11 pages

lec5_1-3

lec5_1-3

24 pages

Exam 2A

Exam 2A

12 pages

handout

handout

2 pages

lec3_1-3

lec3_1-3

26 pages

L3A

L3A

3 pages

lec3_a-c

lec3_a-c

34 pages

lec4_3-4

lec4_3-4

15 pages

151wir8ws

151wir8ws

11 pages

lec4_5-8

lec4_5-8

31 pages

2_2

2_2

2 pages

2010c_x1a

2010c_x1a

10 pages

6_5

6_5

2 pages

lec3_4-5

lec3_4-5

29 pages

2010a_x1b

2010a_x1b

12 pages

2010a_x1a

2010a_x1a

12 pages

Load more
Download 2010a_x3b
Our administrator received your request to download this document. We will send you the file to your email shortly.
Loading Unlocking...
Login

Join to view 2010a_x3b and access 3M+ class-specific study document.

or
We will never post anything without your permission.
Don't have an account?
Sign Up

Join to view 2010a_x3b and access 3M+ class-specific study document.

or

By creating an account you agree to our Privacy Policy and Terms Of Use

Already a member?