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Midterm Exam 1B with Solution - Mathematical Analysis for Business II | MATH 131, Exams of Mathematics

Material Type: Exam; Class: Mathematical Analysis for Business II; Subject: Mathematics; University: Ohio State University - Main Campus; Term: Spring 2010;

Typology: Exams

2009/2010

Uploaded on 12/06/2010

josh32010
josh32010 🇺🇸

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Download Midterm Exam 1B with Solution - Mathematical Analysis for Business II | MATH 131 and more Exams Mathematics in PDF only on Docsity! So lution . Math 131 Name: Spring 2010 Name-nu: Midterm 1 Form B Lecturer: Rec. Instructor: Rec. Time: Instructions: ¢ You have 48 minutes to complete this exam. It consists of 8 problems on 9 pages including this cover sheet and is ‘worth @ total of 100 points. The value of each question is listed below. e You may not use any books or notes during this.exam. e Calculators are permitted EXCEPT those calculators that have symbolic algebra or calculus capabilities. In particular, the following calculators:and their upgrades are not permitted: TI-89, ’ T1-92, and HP-49. In addition, neither PDAs, laptops nor cell phones are permitted. © Make sure to read each question carefully. * Please write clearly and make sure to justify your answers. Correct answers with no supporting work may receive no. credit. « Please write-your answers on the indicated lines. e A random sample of graded exams will be xeroxed before being returned. Problem | Point Value | Score 1 12 2 12 3 12 4 10 5 12 6 12 7 16 8 14 Total 100 (1.) Find the following limits: _ +.10e-+24 > (a) 2m, at+4 ~ = len Gert ioute ee XO = lon EG 2a? 4+ lis +12 +00 (b.) Im “Dogo : a ln Gur 3 ra) xeat “(4 xg ) ~ FOP (3.) Given a? — 144 iT ife <0 fey-d 12 ife=0 = — a ifx>0 Find the following: (a) lim f(2)= 12 (b.) lim, f(@) = _12 (e.) lim f(a) =_DNE (d.) Is f(x) continuous at z = 0? Why? No, becauge ks 4x DNE. (e.) Find all points of discontinuity for f(z) X20, (2, -'2 @) tim fa)-_ 2S (4.) Solve the given inequality using a sign graph: 4c? + 17a+4 2a3 >0 (4x 41x44) XS 7O Answer (4.): t 4, “k Juls, ox) : (5.) Find the equation of the tangent line to the graph of the function f(z) = 7a — 3523 + 142? at c=1, floc) 2827— 105x748 lope = L1y = 28 ~ (06428 =~ 49, We §() = F-3S4id = {4 Couction st Y— C14) = -49 (x~1) 4= 749 -1)~ 14 Answer (5.): y = ~49lep-l4 | (6.} Use definition of the derivative given below to find f’(z) where f(z) = 1 44+5a° 1") = lig fe+ M) - f@ —_ _-bL. = [im Atetaty ~ Avsx ho la z by Geisn) — (Ae soer)) Wo lh (Aes txth)) (4 Sox) a lm SSK Leo K (44Slotn)) (44x) z= ~§ (446% eee Answer (6.): f!(z) = 7
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