Multiple Choice Circle the best answer to each statement. 1. The tolerance zones for a straightness tolerance are: A. Two parallel lines or a cylinders B. Two lines and a cylinder C. Two parallel planes or a cylinder D. A parallel line or a cylinder gal aonmalos istor doom wolt ( 2. Rule #1 affects the straightness deviation on a: A. Planar feature of size B. Cylindrical feature of size C. Planar surface of a feature of sizegi (T D. All of the above aightness Forerance 3. What type of deviation is not limited by a straightness tolerance? A. Waisting B. C. Taper Barreling D. All of the above 4. Where a straightness tolerance at MMC is applied to a cylindrical feature of size: A. B. C. The function is probably assembly A functional gage may be used to inspect the straightness Rule #1 is overridden D. All of the above 5. Where a straightness tolerance is applied to surface elements that are associated with a size dimension, and Rule #1 applies to the size dimension, the speci- fied tolerance value the size tolerance. A. Must be equal to B. Must be less than C. Must be greater than D. May be less than or greater than 6. A derived median line is... A. The same as the axis of the actual mating envelope B. A perfectly straight line established from the vir- C. tual condition boundary An imperfect line formed by the center points of all cross sections of the feature of size D. A spine formed by the center points of all cross section of the actual mating envelope i od onos conalot adt di
Multiple Choice Circle the best answer to each statement. 1. The tolerance zones for a straightness tolerance are: A. Two parallel lines or a cylinders B. Two lines and a cylinder C. Two parallel planes or a cylinder D. A parallel line or a cylinder gal aonmalos istor doom wolt ( 2. Rule #1 affects the straightness deviation on a: A. Planar feature of size B. Cylindrical feature of size C. Planar surface of a feature of sizegi (T D. All of the above aightness Forerance 3. What type of deviation is not limited by a straightness tolerance? A. Waisting B. C. Taper Barreling D. All of the above 4. Where a straightness tolerance at MMC is applied to a cylindrical feature of size: A. B. C. The function is probably assembly A functional gage may be used to inspect the straightness Rule #1 is overridden D. All of the above 5. Where a straightness tolerance is applied to surface elements that are associated with a size dimension, and Rule #1 applies to the size dimension, the speci- fied tolerance value the size tolerance. A. Must be equal to B. Must be less than C. Must be greater than D. May be less than or greater than 6. A derived median line is... A. The same as the axis of the actual mating envelope B. A perfectly straight line established from the vir- C. tual condition boundary An imperfect line formed by the center points of all cross sections of the feature of size D. A spine formed by the center points of all cross section of the actual mating envelope i od onos conalot adt di
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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![Multiple Choice
Circle the best answer to each statement.
1. The tolerance zones for a straightness tolerance are:
A. Two parallel lines or a cylinders
B.
Two lines and a cylinder
C. Two parallel planes or a cylinder
D. A parallel line or a cylinder
gal aonmalos istor doom wolt (
2. Rule #1 affects the straightness deviation on a:
A. Planar feature of size
B. Cylindrical feature of size
C. Planar surface of a feature of sizegi (T
D. All of the above
aightness Forerance
3. What type of deviation is not limited by a straightness
tolerance?
A. Waisting
B.
C.
Taper
Barreling
D. All of the above
4. Where a straightness tolerance at MMC is applied to a
cylindrical feature of size:
A.
B.
C.
The function is probably assembly
A functional gage may be used to inspect the
straightness
Rule #1 is overridden
D. All of the above
5. Where a straightness tolerance is applied to surface
elements that are associated with a size dimension,
and Rule #1 applies to the size dimension, the speci-
fied tolerance value
the size tolerance.
A.
Must be equal to
B.
Must be less than
C.
Must be greater than
D. May be less than or greater than
6. A derived median line is...
A. The same as the axis of the actual mating envelope
B. A perfectly straight line established from the vir-
C.
tual condition boundary
An imperfect line formed by the center points of
all cross sections of the feature of size
D. A spine formed by the center points of all cross
section of the actual mating envelope
i od onos conalot adt di](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F17d29979-5197-43f4-8711-bccd5ddc6baa%2F098a8a89-36e9-4e0f-b1d6-d804d2d65813%2F0880og_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Multiple Choice
Circle the best answer to each statement.
1. The tolerance zones for a straightness tolerance are:
A. Two parallel lines or a cylinders
B.
Two lines and a cylinder
C. Two parallel planes or a cylinder
D. A parallel line or a cylinder
gal aonmalos istor doom wolt (
2. Rule #1 affects the straightness deviation on a:
A. Planar feature of size
B. Cylindrical feature of size
C. Planar surface of a feature of sizegi (T
D. All of the above
aightness Forerance
3. What type of deviation is not limited by a straightness
tolerance?
A. Waisting
B.
C.
Taper
Barreling
D. All of the above
4. Where a straightness tolerance at MMC is applied to a
cylindrical feature of size:
A.
B.
C.
The function is probably assembly
A functional gage may be used to inspect the
straightness
Rule #1 is overridden
D. All of the above
5. Where a straightness tolerance is applied to surface
elements that are associated with a size dimension,
and Rule #1 applies to the size dimension, the speci-
fied tolerance value
the size tolerance.
A.
Must be equal to
B.
Must be less than
C.
Must be greater than
D. May be less than or greater than
6. A derived median line is...
A. The same as the axis of the actual mating envelope
B. A perfectly straight line established from the vir-
C.
tual condition boundary
An imperfect line formed by the center points of
all cross sections of the feature of size
D. A spine formed by the center points of all cross
section of the actual mating envelope
i od onos conalot adt di
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