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17. Calculate the dimension for the shaft, 'ØW', to have a tolerance of .0014 and a minimum clearance of .0006. (Dimensions are in inches.) ØW =

17. Calculate the dimension for the shaft, 'ØW', to have a tolerance of .0014 and a minimum clearance of .0006. (Dimensions are in inches.) ØW =

Elements Of Electromagnetics
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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What is the tolerance on the shaft 'S'?

What is the tolerane on the hole, T?

What is the minimum clearance parts 'S' anbd 'T'?

Please answer question 17 and 18 attached in photos.

 

 

(usually i will not submit more then 2 questions but due to the fact it is so simple, thank you, be safe and healthy )

Given the drawing below, answer questions 17 and 18. 0.7500 £.0008 6 1.1808 1.1800 17. Calculate the dimension for the shaft, 'ØW', to have a tolerance of .0014 and a minimum clearance of .0006. (Dimensions are in inches.) ØW = 18. Calculate the dimension for the bushing, 'ØY', to have a tolerance of .0006 and a minimum interference of zero (0). (Dimensions are in inches.) ØY = Page 5 of
Transcribed Image Text:Given the drawing below, answer questions 17 and 18. 0.7500 £.0008 6 1.1808 1.1800 17. Calculate the dimension for the shaft, 'ØW', to have a tolerance of .0014 and a minimum clearance of .0006. (Dimensions are in inches.) ØW = 18. Calculate the dimension for the bushing, 'ØY', to have a tolerance of .0006 and a minimum interference of zero (0). (Dimensions are in inches.) ØY = Page 5 of
.9992 .9987 1.0008 1.0000
Transcribed Image Text:.9992 .9987 1.0008 1.0000
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