. a. On the part shown, show a angularity specification to orient the angled surface in relation to the right surface in the side view and top surface in the front view within .005 total. Make sure to label the datum features. b. Shoudl the 25 degree angle above have a plus/minus tolerance applied or should it be basic? Complete this requirement on the drawing. c. What is the flatness tolerance on the angled surface above?
. a. On the part shown, show a angularity specification to orient the angled surface in relation to the right surface in the side view and top surface in the front view within .005 total. Make sure to label the datum features. b. Shoudl the 25 degree angle above have a plus/minus tolerance applied or should it be basic? Complete this requirement on the drawing. c. What is the flatness tolerance on the angled surface above?
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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1. a. On the part shown, show a angularity specification to orient the angled surface in relation to the right surface in the side view and top surface in the front view within .005 total. Make sure to label the datum features.
b. Shoudl the 25 degree angle above have a plus/minus tolerance applied or should it be basic? Complete this requirement on the drawing.
c. What is the flatness tolerance on the angled surface above?

Transcribed Image Text:The image depicts a technical diagram of a mechanical part. The diagram consists of two main views:
1. **Top View**:
- This shows a rectangular part with a slanted top edge.
- There are three circular holes within the part, each marked with crosshairs indicating precise center points.
- The top right edge is cut at a 25-degree angle from the horizontal.
2. **Side View**:
- This view provides a vertical cross-section of the part.
- It shows the alignment of two of the circular holes visible from this perspective.
This diagram is useful for understanding both the shape of the part and the precise location of holes, which are critical for assembly or manufacturing processes.
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