Number 10 is wrong. I've attached my answer and the image that you will need to answer the question. 10. Explain the difference between the parallelism in problem 4 and the control above. Which one checks the flatness? Tangent or not?
Number 10 is wrong. I've attached my answer and the image that you will need to answer the question. 10. Explain the difference between the parallelism in problem 4 and the control above. Which one checks the flatness? Tangent or not?
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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Number 10 is wrong. I've attached my answer and the image that you will need to answer the question.
10. Explain the difference between the parallelism in problem 4 and the control above. Which one checks the flatness? Tangent or not?

Transcribed Image Text:Workshop Exercise 11.1
1. Name the three orientation tolerances. , Perpendiaularity,
Angularity
yes
০ यहाडल्ल
2. Are datums always required with orientation tolerances?
3.
Which of the orientation symbols may be used in place of the other two symbols? angularty
77•002 A
.010 A
A
1.000
4. On the part above, what is the maximum variation in parallelism with only the profile
applied?
0.010
5. On the part above, specify a parallelism tolerance to make the top surface parallel to datum A
within a total of .002.
6. Can the MMC modifier be applied to the feature tolerance? Why or why not?
It cannot be applied because mm c modifies is applied for
feature size. as max materiae exist for Sames
7. What can you expect the flatness tolerance to be on the top surface?
O.002
8. With both the profile and parallelism applied to the part above, what is the maximum height
of the top surface to datum A.
1.005
/.002(TA
.010 A
A
1.000
9. On the part above, make the tangent plane of the top surface parallel to the bottom surface
within a total of .002.
Explain the difference between the parallelism in problem 4 and the control above.
In the control above the surface must be
iithin the limits of size or profile the
tangent of the Surface must lie within the
tol.2one.
11.18
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