Exam 10: Reading Sections, Revolutions, and Conventional Breaks
Exam 1: Introduction to Engineering and Manufacturing Technology Print Reading63 Questions
Exam 2: Communicating with a Sketch84 Questions
Exam 3: Scales and Precision Measurement32 Questions
Exam 4: Reading Lines and Lettering on a Print45 Questions
Exam 5: Reading Multiviews94 Questions
Exam 6: Reading Auxiliary Views32 Questions
Exam 7: Manufacturing Materials and Processes188 Questions
Exam 8: Reading Dimensions125 Questions
Exam 9: Reading Prints With Fasteners and Springs141 Questions
Exam 10: Reading Sections, Revolutions, and Conventional Breaks112 Questions
Exam 11: Reading Geometric Dimensioning and Tolerancing129 Questions
Exam 12: Reading Linkage, Cam, Gear, and Bearing Prints80 Questions
Exam 13: Reading Precision Sheet Metal Prints66 Questions
Exam 14: Reading Prints of Working Drawings87 Questions
Exam 15: Welding Processes and Reading Welding Representations93 Questions
Exam 16: Reading Prints of Pictorial Drawings61 Questions
Exam 17: Reading Electrical Diagrams and Schematics70 Questions
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The direction of sight of a cutting plane line shows what part of the feature is viewed when the rest of it is taken away.
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(True/False)
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Correct Answer:
True
Describe the practice of conventional revolution and explain why true projection is a poor practice when this application is used.
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Correct Answer:
When the true projection of a feature results in foreshortening, the feature should be revolved onto a plane perpendicular to the line of sight as in Figure 13.22. The revolved spoke shown gives a clear representation. The true projection is poor practice because the spoke is foreshortened.
Staggered interior features of an object are sectioned by the cutting plane line to align through the feature.
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(True/False)
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Correct Answer:
False
A cutting plane line is shown completely through the object, passing through offset features of the object. The section on the drawing is a(n) ____.
(Multiple Choice)
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Section lines are shown on all parts of a section, especially thin parts.
(True/False)
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A full section is drawn when the cutting plane extends completely through the object, usually along a center plane.
(True/False)
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A sectional view established by revolving 90 degrees, in place, into a plane perpendicular to the line of sight, generally used to show the cross section of a part or feature that has consistent shape throughout the length.
(Multiple Choice)
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A conventional revolution is used when the true projection of a feature results in foreshortening.
(True/False)
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Used typically for symmetrical objects; the cutting-plane line actually cuts through one quarter of the part. The sectional view shows half of the interior and half of the exterior at the same time.
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The sectional view is created by placing an imaginary _________________________ through the object cutting away the area to be exposed.
(Short Answer)
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If there are enough sectional views on a drawing to use up all of the letters of the alphabet, then _______ letters are used to label the cutting plane lines and related views, such as ___________.
(Short Answer)
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The cutting-plane line is a thick line representing the cutting plane. The cutting plane line can be shown using alternating long and two short dashes, or evenly spaced dashes.
(True/False)
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The change in direction of the cutting plane line is less than 90° in an aligned section.
(True/False)
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A removed section represents a portion of a part pivoted 90° and removed to show the section at that location.
(True/False)
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A revolved section is used when a feature that has a constant shape throughout the length is rotated so that the adjacent view shows the feature's constant shape.
(True/False)
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