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finalC
Course: MAC 1105, Spring 2005School: University of Florida
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EXAM FINAL C 1. A 2. B 3. C 4. D 5. E 6. A 7. D 8. B 9. A 10.D 11.C 12.A 13.D 14.C 15.D 16.E 17.D 18.A 19.B 20.A 21.C 22.A 23.B 24.E 25.E 26.D 27.A 28.B 29.B 30.A 31.A 32.D
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EXAM FINAL C
1. A
2. B
3. C
4. D
5. E
6. A
7. D
8. B
9. A
10.D
11.C
12.A
13.D
14.C
15.D
16.E
17.D
18.A
19.B
20.A
21.C
22.A
23.B
24.E
25.E
26.D
27.A
28.B
29.B
30.A
31.A
32.D
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University of Florida - MAC - 1105
FINAL EXAM C1. B2. A3. D4. A5. B6. B7. D8. D9. A10.B11.D12.A13.B14.C15.D16.B17.D18.A19.B20.B21.C22.E23.B24.E25.D26.B27.A28.B29.B30.B31.A32.B
University of Florida - MAC - 1105
MAC1105 Review for Test 51. Evaluate:20 + 5a)6b) (x15 y 12 )(x1 y 5 )2. Rewrite with positive exponents:xy 1 + x1 yx+y3. Simplify:x2n+3 xn1a)x5nb)a12 c416b833c) (25x2 ) 2f) 38a13 b2d) a 3 a 4e) 72a8 b1327a4 b5g) 2 50x 18x2h) 2 a
University of Florida - MAC - 1105
MAC1105 Review for Final1. List the elements of the set16, 4,100 78,, 2.25,439100 7 8,,439a)b)c)16,10042.25, 4,7 8,39d) cfw_2. Evaluate x2 + (y z )2 + 7 when x = 2, y = 1, and z = 3.a) 1b) 7c) 15d) 233. Simplify:3145b)2
University of Florida - MAC - 1105
Solutions to Section 2.2 and 2.3harringt@math.u.eduJune 29, 2005Section 2.230.)a(a + 4) 6(a + 4)a2 + 4a 6a 242a 244aa=====a(a 4) + 6(a 4)a2 4a + 6a 242a 240032.)3x [5 2(x + 1)]3x [5 2x 2]3x [3 2x]3x 3 + 2 x5x 311xx=======
University of Florida - MAC - 1105
NameKEYDate _Quiz 7AShow all work!1.)Write the equation of the line L satisfying the given conditions. Express your answer inslope-intercept form.a.) L passes through the points (0,-1) and (3,1) y2 y1 11 2== x2 x1 3 0 3Point-slope formula:
University of Florida - MAC - 1105
NameKEYDate _Quiz 7BShow all work!1.)Write the equation of the line L satisfying the given conditions. Express your answer inslope-intercept form.a.) L passes through the points (-3,-2) and (-1,-4)4 2 2==113 2Point-slope formula: y-y1=m(x-x1)
University of Florida - MAC - 1105
University of Florida - MAC - 1105
University of Florida - MAC - 1105
University of Florida - MAC - 1105
University of Florida - MAC - 1105
University of Florida - MAC - 1105
University of Florida - MAC - 1105
University of Florida - MAC - 1105
University of Florida - MAC - 1105
University of Florida - MAC - 1105
University of Florida - MAC - 1105
University of Florida - MAC - 1105
University of Florida - MAC - 1105
University of Florida - MAC - 1105
University of Florida - MAC - 1105
University of Florida - MAC - 1105
University of Florida - MAC - 1105
University of Florida - MAC - 1105
University of Florida - MAC - 1105
University of Florida - MAC - 1105
University of Florida - MAC - 1105
University of Florida - MAC - 1105
University of Florida - MAC - 1105
University of Florida - MAC - 1105
University of Florida - MAC - 1105
University of Florida - MAC - 1105
MAC1105 Review for Test 41. Perform the operations and simplilfy:221a)h 5x + 5h 5x2a2a) (a )a1a13x 2yc)232xyb) (a +2x, nd and simplify hx+33a) h22. If h(x) =b) h4x34x33. Reduce to lowest terms:15a2 b712a3 b24. Simplify
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University of Alabama - Huntsville - MAE - 466
ME 466 - Machine Design Summer Term, 2004 Mid Term Exam, 100 Points, Open Book1. (20 Points) Determine the maximum load, F, whichmay be applied if the maximum shear stress is to be limited to 25 ksi.NAME _0.50" 0.75" 0.50" 0.75" Cross SectionFmax = _
University of Alabama - Huntsville - MAE - 466
ME 466 - Machine Design Fall Semester, 2000 Final Exam, 200 Points, Open BookNAME _____If you want your grade posted on the Kinematics Lab door on Friday, put a unique four digit number (one you can remember!) in the spaces provided above.1. (25 Po
University of Alabama - Huntsville - MAE - 466
ME 466 - Machine DesignSummer Term, 2000Final Exam, 200 Points, Open BookNAME _____If you want your grade posted on the Kinematics Lab door on Friday, put aunique four digit number (one you can remember!) in the spaces provided above.1. (25 Poin
University of Alabama - Huntsville - MAE - 466
University of Alabama - Huntsville - MAE - 466
MAE 466 - Machine DesignFall Semester, 2001Final Exam, 200 Points, Open BookNAME _____If you want your grade posted on the Kinematics Lab door Thursday, put a uniquefour digit number (one you can remember!) in the spaces provided above.2000 N1.
University of Alabama - Huntsville - MAE - 466
ME 466 - Machine DesignSummer Term, 2001Final Exam, 200 Points, Open BookNAME _____If you want your grade posted on the Kinematics Lab door next week, put aunique four digit number (one you can remember!) in the spaces provided above.1. (20 Poin
University of Alabama - Huntsville - MAE - 466
University of Alabama - Huntsville - MAE - 466
ME 466 - Machine DesignFall Semester, 2002Final Exam, 200 Points, Open BookNAME _Final exam grade and course grade will beput on WebCT when they are available1. (20 Points) An ordinary deep groove ball bearing is to be used on a shaft at a location
University of Alabama - Huntsville - MAE - 466
University of Alabama - Huntsville - MAE - 466
University of Alabama - Huntsville - MAE - 466
ME 466 - Machine DesignSpring Semester, 1999Final Exam, 200 Points, Open BookNAME _____If you want your grade posted on the Kinematics door put a uniquefour digit number (one you can remember!) in the spaces providedabove.1. (25 Points) A shown
University of Alabama - Huntsville - MAE - 466
ME 466 - Machine DesignSummer Term, 2001Quiz 1, 25 Points, Closed BookNAME _1. (9 Points) Draw the shear force and bending moment diagrams for the beams that are shown below Identifythe values at significant points on the diagrams.500 in lb5"20 lb
University of Alabama - Huntsville - MAE - 466
University of Alabama - Huntsville - MAE - 466
ME 466 - Machine Design Summer Term, 2004 Quiz 1, 25 Points, Closed BookNAME _1. (9 Points) Draw the shear force and bending moment diagrams for the beams that are shown below Identify the values at significant points on the diagrams. 40 lb/in 300 in lb
University of Alabama - Huntsville - MAE - 466
ME 466 - Machine DesignFall Semester, 2000Quiz 2, 25 Points, Closed BookNAME _A 120 volt electric motor runs at 1780 rpm and develops 1.50horsepower and drives the input of the 10 pound gear boxshown. The gearbox provides a 4 to 1 speed reduction wi
University of Alabama - Huntsville - MAE - 466
ME 466 - Machine Design Fall Semester, 2005 Quiz 2, 25 Points, Closed BookNAME _1. (10 Points) A 120 volt electric motor runs at 1780 rpm and develops 2.0horsepower and drives the input of the gear box shown. The gearbox provides a 4 to 1 speed reducti
University of Alabama - Huntsville - MAE - 466
University of Alabama - Huntsville - MAE - 466
ME 466 - Machine DesignSummer Term, 2005Quiz 3, 25 Points, Closed BookNAME _50 lb/in1000 in lb1. (8 Points) Draw the shear force and bending moment diagram for the beamthat is shown Identify the values at significant points on the diagrams.6"4"5
University of Alabama - Huntsville - MAE - 466
ME 466 - Machine DesignFall Semester, 2001Quiz 3, 25 Points, Open BookNAME _Complete the blanks in the following table by providing your best estimates for the material properties indicated:Material7075-T6 AluminumA390-T6 Aluminum (permanent mold)
University of Alabama - Huntsville - MAE - 466
University of Alabama - Huntsville - MAE - 466
ME 466 - Machine DesignFall Semester, 2001Quiz 4, 25 Points, Open BookNAME _1. (13 Points) Complete the blanks in the following table by providing your best estimates for the materialproperties indicated:YieldStrengthMaterialUltimateStrengthMod
University of Alabama - Huntsville - MAE - 466
University of Alabama - Huntsville - MAE - 466
ME 466 - Machine DesignSpring Semester, 2006Quiz 4, 25 Points, Open BookNAME _1. (10 Points) Determine the maximum nominal stress (i.e., ignore stress concentrations) in the link shownassuming that it is loaded in tension through pins going through t
University of Alabama - Huntsville - MAE - 466
University of Alabama - Huntsville - MAE - 466
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University of Alabama - Huntsville - MAE - 466
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University of Alabama - Huntsville - MAE - 466
University of Alabama - Huntsville - MAE - 466