Geometric Dimensioning and Tolerancing: Principles and Practices 10e, Textbook Page 312 (330 of 592)

312 Geometric Dimensioning and Tolerancing Copyright Goodheart-Willcox Co., Inc. 5. Describe a practical application in which a perpendicularity tolerance is used to control perpendicularity of a feature axis relative to the axis of another feature. Explain how the feature control frame is composed and placed on the drawing and describe how the tolerance zone is established. _ _____________________________________________________________________________ _ _____________________________________________________________________________ _ _____________________________________________________________________________ _ _____________________________________________________________________________ _ _____________________________________________________________________________ 6. Describe a practical application in which an angularity tolerance is used to control angularity of a surface. Explain how the feature control frame is composed and placed on the drawing and describe how the tolerance zone is established. _ _____________________________________________________________________________ _ _____________________________________________________________________________ _ _____________________________________________________________________________ _ _____________________________________________________________________________ _ _____________________________________________________________________________ 7. Describe a practical application in which zero geometric tolerance at MMC is specified for a perpendicularity tolerance controlling a feature of size. Show calculations for the geometric tolerance through a range of produced sizes between MMC and LMC. _ _____________________________________________________________________________ _ _____________________________________________________________________________ _ _____________________________________________________________________________ _ _____________________________________________________________________________ _ _____________________________________________________________________________ _ _____________________________________________________________________________ _ _____________________________________________________________________________

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312 Geometric Dimensioning and Tolerancing Copyright Goodheart-Willcox Co., Inc. 5. Describe a practical application in which a perpendicularity tolerance is used to control perpendicularity of a feature axis relative to the axis of another feature. Explain how the feature control frame is composed and placed on the drawing and describe how the tolerance zone is established. _ _____________________________________________________________________________ _ _____________________________________________________________________________ _ _____________________________________________________________________________ _ _____________________________________________________________________________ _ _____________________________________________________________________________ 6. Describe a practical application in which an angularity tolerance is used to control angularity of a surface. Explain how the feature control frame is composed and placed on the drawing and describe how the tolerance zone is established. _ _____________________________________________________________________________ _ _____________________________________________________________________________ _ _____________________________________________________________________________ _ _____________________________________________________________________________ _ _____________________________________________________________________________ 7. Describe a practical application in which zero geometric tolerance at MMC is specified for a perpendicularity tolerance controlling a feature of size. Show calculations for the geometric tolerance through a range of produced sizes between MMC and LMC. _ _____________________________________________________________________________ _ _____________________________________________________________________________ _ _____________________________________________________________________________ _ _____________________________________________________________________________ _ _____________________________________________________________________________ _ _____________________________________________________________________________ _ _____________________________________________________________________________

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Copyright Goodheart-Willcox Co., Inc. Name _____________________________________________________________________ 311 DIAMETER TOLERANCE ZONES ALLOWED Possible Produced Sizes A. RFS B. MMC C. Zero at MMC 19.7 _______________ _______________ _______________ 19.8 _______________ _______________ _______________ 19.9 _______________ _______________ _______________ 20.0 _______________ _______________ _______________ 20.1 _______________ _______________ _______________ 20.2 _______________ _______________ _______________ 2. Describe a practical application in which a parallelism tolerance is used to control parallelism of a surface. Explain how the feature control frame is composed and placed on the drawing and describe how the tolerance zone is established. _ _____________________________________________________________________________ _ _____________________________________________________________________________ _ _____________________________________________________________________________ _ _____________________________________________________________________________ _ _____________________________________________________________________________ 3. Describe a practical application in which a parallelism tolerance is used to control parallelism of a feature axis relative to the axis of another feature. Explain how the feature control frame is composed and placed on the drawing and describe how the tolerance zone is established. _ _____________________________________________________________________________ _ _____________________________________________________________________________ _ _____________________________________________________________________________ _ _____________________________________________________________________________ _ _____________________________________________________________________________ 4. Describe a practical application in which a perpendicularity tolerance is used to control perpendicularity of a surface. Explain how the feature control frame is composed and placed on the drawing and describe how the tolerance zone is established. _ _____________________________________________________________________________ _ _____________________________________________________________________________ _ _____________________________________________________________________________ _ _____________________________________________________________________________ _ _____________________________________________________________________________

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Copyright Goodheart-Willcox Co., Inc. Name _____________________________________________________________________ 313 Print Reading Problems The following print reading problems are provided for manufacturing technology students and are optional for drafting technology students as determined by course objectives. The print reading problems can be considered helpful for drafting technol- ogy students in understanding more about the information provided on prints. The print reading problems give you the opportunity to read prints illustrating dimen- sioning and GD&T concepts related to the chapter. These problems require you to apply concepts from the chapter, interpret information on prints, and use problem- solving skills. The print reading problems use actual industry prints with related questions that require you to read specific dimensioning and GD&T representations. The answers should be based on previously learned content in this book. The prints used are based on ASME standards. However, company standards can differ slightly. When reading these prints, or any other industry prints, a degree of flexibility is required to deter- mine how individual applications correlate with the ASME standards. Refer to the print of the SLEEVE-DEWAR REIMAGING found on page 521. 1. Name two orientation tolerances found on this print. _ _____________________________________________________________________________ 2. Completely describe the orientation tolerances and related features found on this print. Explain the control established by each tolerance by specifying a surface, axis, or center plane control. Give the material condition specified for the tolerance. _ _____________________________________________________________________________ _ _____________________________________________________________________________ _ _____________________________________________________________________________ _ _____________________________________________________________________________ _ _____________________________________________________________________________ Refer to the print of the HUB-STATIONARY, ATU found on page 523. 3. Name the orientation tolerance found on this print. _ _____________________________________________________________________________ 4. Completely describe the orientation tolerance and related features found on this print. Explain the control established by the tolerance by specifying a surface, axis, or center plane control. Give the material condition specified for the tolerance. _ _____________________________________________________________________________ _ _____________________________________________________________________________ _ _____________________________________________________________________________

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