Exam 19: Angularity Tolerance
Exam 1: Drawing Standards15 Questions
Exam 2: Dimensions, Tolerances, and Notes Used on Drawings15 Questions
Exam 3: Coordinate Tolerancing and Geometric Dimensioning and Tolerancing GDT15 Questions
Exam 4: General Dimensioning Symbols15 Questions
Exam 5: Key GDT Terms15 Questions
Exam 6: Symbols and Modifiers15 Questions
Exam 7: GDT Rules15 Questions
Exam 8: GDT Concepts15 Questions
Exam 9: Flatness Tolerance15 Questions
Exam 10: Straightness Tolerance15 Questions
Exam 11: Circularity Tolerance15 Questions
Exam 12: Cylindricity Tolerance15 Questions
Exam 13: The Datum System15 Questions
Exam 14: Datum Targets15 Questions
Exam 15: Size Datum Features Rmb15 Questions
Exam 16: Size Datum Features Mmb15 Questions
Exam 17: Perpendicularity Tolerance15 Questions
Exam 18: Parallelism Tolerance15 Questions
Exam 19: Angularity Tolerance15 Questions
Exam 20: Position Tolerance - Introduction15 Questions
Exam 21: Position Tolerance - RFS and MMC15 Questions
Exam 22: Position Tolerance - Special Applications15 Questions
Exam 23: Position Tolerance Calculations15 Questions
Exam 24: Circular and Total Runout Tolerances15 Questions
Exam 25: Concentricity and Symmetry Tolerances15 Questions
Exam 26: Profile Tolerance - Basic Concepts15 Questions
Exam 27: Profile Tolerance Applications15 Questions
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Where an angularity tolerance contains ____________________ datum references, the tolerance zone is oriented to both datum planes.
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(Short Answer)
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Explain the three common real-world applications of an angularity tolerance on a drawing.
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Correct Answer:
There are three common real-world applications of an angularity tolerance on a drawing. These applications limit the angularity deviation of a planar surface or feature of size relative to a datum reference frame for:
1. Providing clearance
2. Maintaining lead-in angles (engagement between mating parts)
3. Support
The default angularity tolerance zone is ____________________ parallel planes.
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(Short Answer)
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two
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Where an angularity tolerance applies to a(n) ____________________, it controls the orientation of the axis of the unrelated actual mating envelope.
(Short Answer)
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When an angularity tolerance (at MMC) is applied to a feature of size, the angularity deviation is often verified by either passing an internal feature of size through a virtual condition boundary (a functional gage) or passing a virtual condition boundary (a functional gage) into an external feature of size.
(True/False)
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When angularity is applied to a surface, the tolerance zone applies to the axis or center plane of the unrelated actual mating envelope.
(True/False)
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What are the six conditions that apply where an angularity is applied to a diameter at MMC?
(Essay)
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When an angularity tolerance is applied to a feature of size, the feature control frame is placed below or beside the size dimension.
(True/False)
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Where angularity is applied to a planar surface, the tolerance zone is oriented at the basic angle to the primary ____________________.
(Short Answer)
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Where angularity is intended to apply to the high points of the surface only, the ____________________ plane modifier is specified in the tolerance portion of the feature control frame.
(Short Answer)
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An angularity tolerance is a geometric tolerance that limits the amount a surface, axis, or center plane is permitted to deviate from a basic angle relative to a datum reference frame.
(True/False)
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When an angularity tolerance is applied to a planar surface, the angularity deviation of a surface is verified by finding the distance between two parallel planes, at a specified angle, that all of the points of the surface are located between.
(True/False)
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