Print Reading for Engineering and Manufacturing Technology 3rd Edition Solution Manual

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Textbook Solutions ManualPrint Reading for Engineering & Manufacturing TechnologyThird EditionDavid A. MadsenDavid P. Madsen

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Chapter 1 – Introduction to Engineering and Manufacturing Technology Print ReadingPrint Reading Problem SolutionsProblem 1.1Given the drawing shown on page 15, answer the following questions using short, completestatements.1.Give the drawing title.TRIAL HEAD EXTRA LONG2.Identify the drawing number.20601013.How many time has this drawing been revised?04.How many sheets are there with this drawing?15.What is the drawing scale?2:16.Identify the sheet size.B7.Give the material used to make the part.ASTM B211 ALLOY 6061 T6518.Identify the view projection used on this drawing.THIRD ANGLE PROJECTION9.Specify the finish used for this part.4 Ra MAX ON OUTSIDE SURFACE. 111 RaMAX ON INSIDE SURFACE.10.Give the initials of the person who approved this drawing.DASProblem 1.2Given the drawing shown on page 16, answer the following questions using short, completestatements.1.Give the drawing title.BODY ASSEMBLY - 4 PORT OIL PUMP2.Identify the drawing number.8-N0163.How many time has this drawing been revised?Twice, two times, or B4.How many sheets are there with this drawing?15.What is the drawing scale?1:16.Identify the zone where the (2X46.3) dimension is located.C47.Give the COMPANY NAME.SYNERJECT8.Identify the view projection used on this drawing.THIRD ANGLE PROJECTION9.Give the sheet size.A3

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10.Give the initials of the person who approved this drawing.KLL11.Give the description of the first revision.ECN 151012.Give the description of the first revision.A RELEASE FOR PRODUCTION13.Give the description of the current revision.B 1 REVISED APPLICATION TABLE, B2 REVISED 8-N01414.Identify the zone where the second part of revision B is located.A615.Identify the zone where the (58.51) dimension is located.B5

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Chapter 2 – Communicating with a SketchSketching Problems – SolutionsPROBLEM 2.1On a separate sheet of paper list the length, direction, and proportion of each line numbered inthe drawing for Problem 2.1. Remember to use the measurement line method described in thischapter. Do not measure the lines with a scale. Example: Line 2 is the same length as line 1 andtouches the top of line 1 at a 90° angle.Student answers may vary. There are possible answers: Line 3 is vertical and is about 4times as long as Line 4 and touches the right end of the Line 4 at a 90˚angle. Line 4 ishorizontal and is about the same length as Line 5 and meets 90˚at the top of Line 5. Line 6is horizontal and is about twice as long as Line 5. Line 6 meets 90˚at the bottom of the Line5.

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PROBLEM 2.2On a separate sheet of paper, use the trammel method to sketch circles, given the center pointsand the radius of each circle as shown in Problem 2.2. For example,C1represents the center, andR1is a point establishing the radius for circle 1,C2andR2for circle 2.

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PROBLEM 2.3Given the drawing for Problem 2.3 of a cam, on a separate sheet of paper sketch the cam larger in a similarrectangular grid. Use the grid as a guide, as described in this chapter.PROBLEM 2.4On a separate piece of paper, make a sketch of the machine screw drawing for Problem 2.4. Usea frame of reference to make your sketch twice as big as the given sketch.

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PROBLEM 2.5Pocket block. Using the pictorial drawing for Problem 2.5 as a guide, sketch the multiviews andmissing lines in the multiviews.PROBLEM 2.6Based on the drawing for Problem 2.6, on a separate sheet of paper sketch the multiviews and themissing lines in the multiviews.Solution will vary

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PROBLEM 2.7Find a stapler, tape dispenser, coffee cup, or something similar and sketch a 2D frontal viewusing the block technique on a separate sheet of paper. Do not measure the object. Use themeasurement line method to approximate proper proportions.Solution will vary depending upon the selected objectPROBLEM 2.8Given the pictorial drawing of the V-block for Problem 2.8, sketch a front and right-side view.Use the measurement line method to approximate dimensions when preparing your sketch on aseparate sheet of paper.

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CHAPTER 3 – Scales and Precision MeasurementChapter Problems - SolutionsPROBLEM 3.1Given the following civil engineer’s scale, determine the readings at A, B, C, D, and E.A.5_____________________________B1.1_____________________________C2.25____________________________D3.6_____________________________E4.4_____________________________PROBLEM 3.2Given the following architect’s scale, determine the readings at A, B, C, D, E, and F.A1/8___________________________B5/8___________________________C1–5/16________________________D1–3/4_________________________E2–1/4_________________________F2–15/16_______________________PROBLEM 3.3Given the following metric scale, determine the readings at A, B, C, D, and E.A10_______________________B40__________________________C76________________________D120________________________E166________________________

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PROBLEM 3.4Given the following mechanical engineer’s scale, determine the readings at A, B, C, and D.A1.0_________________________B5.0________________________C6.5_________________________D10.8________________________PROBLEM 3.5Determine the readings in inches on the following vernier calipers.1. Reading2.30________________2. Reading1.75________________3. Reading4.009_______________4. Reading.563________________PROBLEM 3.6Determine the readings in millimeters on the following vernier calipers.1. Reading15__________________2. Reading7.12_________________3. Reading27.08________________4. Reading50.40________________PROBLEM 3.7Determine the readings in thousandths of an inch on the following micrometers.1. Reading0.150__________________2. Reading0.520__________________3. Reading1.393__________________4. Reading2.859__________________

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PROBLEM 3.8Determine the readings on the following dial calipers. The inches and tenths are given.1. Reading: 1.434_____________________2. Reading: 2.575_____________________3. Reading: 1.787_____________________4. Reading: 3.209_____________________

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Chapter 4 – Reading Lines and Lettering on a PrintPrint Reading Problems SolutionsProblem 4.1Given the print found on page 59, name or identify the items labeled A through P.AVisible lineBCenterlineCExtension lineDExtension lineEDimension lineFDimension lineGBreak line or Short break lineHViewing plane lineICutting plane lineJSection lineKLeader line or LeaderLExtension lineMBorder lineNMicrofilm alignment arrowOGeneral notesPSpecific or local notePROBLEM 4.2Given the print found on page 59, identify the lines labeled A through M.AVisible lineBCenterlineCExtension lineDDimension lineEHidden lineFLeader lineGCutting Plane line

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HPhantom lineICenterlineJVisible lineKSection linesLDimension lineMLeader lineAnswer the following questions by referring to the print shown on page 59: (Some questionsmay require you to review previous chapters.)1.Name the system of numbers and letters in the margin that allow you to read the print likea road map.Zone or zoning.2.Name and give the function of the arrow symbols found at the middle of the horizontaland vertical border lines in the margin.Microfilm alignment, or centering, arrows areplaced in the margin of drawings for use in microfilm alignment. Microfilm is a filmon which drawings or other printed materials are photographed at greatly reducedsize for ease of storage.3.Identify the type of notes found at D8.General notes.4.Name the type of note found at A3. Specific or local note.5.Identify the type of note found at A3.Specific or local note.6.Give the drawing title.SADDLE-TELESCOPE LENS MTG7.Identify the material used to make this part.AL 5052-H32 .05 THICK8.Specify the sheet size used for this print.D9.Give the CAGE code.6486910.Identify the finish.CHEM FILM PER MIL-C-5541, CL3

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Chapter 5 – Reading MultiviewsPrint Reading Problems SolutionsPART 1 MULTIVIEW SKETCHESProblem 5.1 and 5.2Problem 5.3 and 5.4

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