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2.000 +.002 -1.000 1.002 .9987 .9982 Plus/minus to Geo Tol .75 .750 .75 4.00 3.250 .25 3.25 R 1.75 +.007 °-.002 3X 0.406 .50 This drawing, using the direct tolerancing method, allows the design intent to be unclear. Study the assembly below and convert this drawing to geometric tolerancing. Add datum feature symbols to create a datum reference frame. Make necessary dimensions basic. Apply geometric tolerancing to define your design intent for this assembly. At this point, apply just enough geometric tolerancing to meet your own specific needs, and estimate the tolerances. It may help to review the Hole Bar problem again. Keep it simple, keep it neat. +.007 -.002 2X0.406 .50 XX XXX ANGLES UNLESS OTHERWISE SPECIFIED: = ±.010 = ±.005 = ± 1° 1.50 2.250 Mounts against the side edge to properly locate the shaft. Shaft with bushing pressed into bracket Large clearance holes for adjustment screws .375 bolts

2.000 +.002 -1.000 1.002 .9987 .9982 Plus/minus to Geo Tol .75 .750 .75 4.00 3.250 .25 3.25 R 1.75 +.007 °-.002 3X 0.406 .50 This drawing, using the direct tolerancing method, allows the design intent to be unclear. Study the assembly below and convert this drawing to geometric tolerancing. Add datum feature symbols to create a datum reference frame. Make necessary dimensions basic. Apply geometric tolerancing to define your design intent for this assembly. At this point, apply just enough geometric tolerancing to meet your own specific needs, and estimate the tolerances. It may help to review the Hole Bar problem again. Keep it simple, keep it neat. +.007 -.002 2X0.406 .50 XX XXX ANGLES UNLESS OTHERWISE SPECIFIED: = ±.010 = ±.005 = ± 1° 1.50 2.250 Mounts against the side edge to properly locate the shaft. Shaft with bushing pressed into bracket Large clearance holes for adjustment screws .375 bolts

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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This drawing using the direct tolerancing method, allows the design intent to be unclear. Study the assembly below and convert this drawing to geometric tolerancing. Add datum feature symbols to create a datum reference frame. Make necessary dimensions basic. Apply geometric tolerancing to define your design intent for this assembly. At this point, apply just enough geometric tolderancing to meet your own specific needs, and estimate the tolerances. 

Please help!! Also please refer to the attached image.

Conversion: Plus/Minus to Geo Tol This drawing, using the direct tolerancing method, allows the design intent to be unclear. Study the assembly below and convert this drawing to geometric tolerancing. Add datum feature symbols to create a datum reference frame. Make necessary dimensions basic. Apply geometric tolerancing to define your design intent for this assembly. At this point, apply just enough geometric tolerancing to meet your own specific needs, and estimate the tolerances. It may help to review the Hole Bar problem again. Keep it simple, keep it neat. 4.00 3.250 2.000 ±.002 .750 .50 2.250 1.000 +.002 .9987 .9982 R 1.75 .50 - +.007 3XФ.406 1.50 + -.002 Large clearance holes for adjustment screws Mounts against the side edge to properly .25 locate the shaft. +.007 2X Ф 406002 .75 .375 bolts UNLESS OTHERWISE SPECIFIED: = ± .010 .XX .75 .XXX = ±.005 Shaft with bushing ANGLES = ± 1° pressed into bracket -3.25 Workshop Exercise 3.2
Transcribed Image Text:Conversion: Plus/Minus to Geo Tol This drawing, using the direct tolerancing method, allows the design intent to be unclear. Study the assembly below and convert this drawing to geometric tolerancing. Add datum feature symbols to create a datum reference frame. Make necessary dimensions basic. Apply geometric tolerancing to define your design intent for this assembly. At this point, apply just enough geometric tolerancing to meet your own specific needs, and estimate the tolerances. It may help to review the Hole Bar problem again. Keep it simple, keep it neat. 4.00 3.250 2.000 ±.002 .750 .50 2.250 1.000 +.002 .9987 .9982 R 1.75 .50 - +.007 3XФ.406 1.50 + -.002 Large clearance holes for adjustment screws Mounts against the side edge to properly .25 locate the shaft. +.007 2X Ф 406002 .75 .375 bolts UNLESS OTHERWISE SPECIFIED: = ± .010 .XX .75 .XXX = ±.005 Shaft with bushing ANGLES = ± 1° pressed into bracket -3.25 Workshop Exercise 3.2
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