Answered: Calculate the minimum and maximum…

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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Calculate the minimum and maximum values for the indicated dimensions attached. All minimum and maximum dimensions indicated with an asterick (*) should be calculated as originating from the DRF established by the datum targets. All other minimum and maximum dimensions should be calculated as the relationship between the features.

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$**Workshop Exercise 12.3 - Profile Stack** Calculate the minimum and maximum values for the indicated dimensions below. All minimum and maximum dimensions indicated with an asterisk (*) should be calculated as originating from the Datum Reference Frame (DRF) established by the datum targets. Other minimum and maximum dimensions should be calculated as the relationship between the features. **Diagram Explanation:** The diagram features a complex shaped component with specific dimensions and datum points highlighted. - **Part Annotations and Dimensions:** - The component is divided by a parting line. - Two datum targets are specified: this side of the parting line (1.5 A B C and 1 A B C). - Various feature dimensions are given, with certain dimensions marked as "Min" or "Max" indicating variability in those measurements. - Dimensions include: - Vertical: 40 units from the top to the base. - Horizontal sections with steps: 17, 17, 10, 24 units respectively. - Vertical edge sections with specific heights: 18, 27, 27, 5 units. - Angled section with specified height: 3 by 35 units. - Feature diameter: $\varnothing10$. - **Datum Features and Points:** - Several datum points (A1, A2, A3, B1, B2, C1) are represented by yellow circles with positions on the component. - Datum targets are used to establish references for other measurements on the object. **Notes Section:** - All untoleranced dimensions are considered basic. - There is a 2° basic draft angle for the part. - A consistent fillet and corner radii of 2 is assumed across features. This exercise involves calculating the variability of dimensions from the established datum features, emphasizing precision in manufacturing and design processes.$

Transcribed Image Text:**Workshop Exercise 12.3 - Profile Stack** Calculate the minimum and maximum values for the indicated dimensions below. All minimum and maximum dimensions indicated with an asterisk (*) should be calculated as originating from the Datum Reference Frame (DRF) established by the datum targets. Other minimum and maximum dimensions should be calculated as the relationship between the features. **Diagram Explanation:** The diagram features a complex shaped component with specific dimensions and datum points highlighted. - **Part Annotations and Dimensions:** - The component is divided by a parting line. - Two datum targets are specified: this side of the parting line (1.5 A B C and 1 A B C). - Various feature dimensions are given, with certain dimensions marked as "Min" or "Max" indicating variability in those measurements. - Dimensions include: - Vertical: 40 units from the top to the base. - Horizontal sections with steps: 17, 17, 10, 24 units respectively. - Vertical edge sections with specific heights: 18, 27, 27, 5 units. - Angled section with specified height: 3 by 35 units. - Feature diameter: $\varnothing10$. - **Datum Features and Points:** - Several datum points (A1, A2, A3, B1, B2, C1) are represented by yellow circles with positions on the component. - Datum targets are used to establish references for other measurements on the object. **Notes Section:** - All untoleranced dimensions are considered basic. - There is a 2° basic draft angle for the part. - A consistent fillet and corner radii of 2 is assumed across features. This exercise involves calculating the variability of dimensions from the established datum features, emphasizing precision in manufacturing and design processes.

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