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Calculate the min and max distances in the restrained condition on the hat bracket attached. Enter your answers in the table. Please refer to image.

Calculate the min and max distances in the restrained condition on the hat bracket attached. Enter your answers in the table. Please refer to image.

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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Calculate the min and max distances in the restrained condition on the hat bracket attached. Enter your answers in the table.

Please refer to image.

**Workshop Exercise 12.2** *Objective:* Calculate the minimum and maximum distances in the restrained condition on the hat bracket below. Enter your answers in the table. **Diagram Description:** - The diagram shows a blue hat bracket with various dimensions highlighted and annotated. - Datum features are labeled as A and B. - There are five specific measurement locations labeled 1 to 5, corresponding to areas of interest for calculating dimensions. - Tolerances are indicated for specific elements, such as circles and surfaces, showing variations with maximum material condition symbols. **Annotations and Dimensions:** 1. **Position 1:** Horizontal measurement between two circles at the top and bottom, dimension 20 on each side with a total of 40. 2. **Position 2:** Vertical measurement at circle diameter positions, diameter 25 with tolerances. 3. **Position 3:** Vertical dimension across from the midline, marked 55 between horizontal lines. 4. **Position 4:** Vertical offset from the top edge, dimension 17 from surface A. 5. **Position 5:** Horizontal measurement from datum edges, dimension 6. **Datums and Features:** - **Datum A:** Base surface for measurements. - **Datum B:** Edge feature for positional tolerance. **Instructions:** - Unless otherwise specified, all untoleranced dimensions are basic. - The part is to be restrained on Datum Feature A with 4 M5 screws. **Calculation Table:** | No. | Min | Max | |-----|-----|-----| | 1 | | | | 2 | | | | 3 | | | | 4 | | | | 5 | | | Utilize dimensioning and constraint knowledge to fill in the min and max for each measurement position.
Transcribed Image Text:**Workshop Exercise 12.2** *Objective:* Calculate the minimum and maximum distances in the restrained condition on the hat bracket below. Enter your answers in the table. **Diagram Description:** - The diagram shows a blue hat bracket with various dimensions highlighted and annotated. - Datum features are labeled as A and B. - There are five specific measurement locations labeled 1 to 5, corresponding to areas of interest for calculating dimensions. - Tolerances are indicated for specific elements, such as circles and surfaces, showing variations with maximum material condition symbols. **Annotations and Dimensions:** 1. **Position 1:** Horizontal measurement between two circles at the top and bottom, dimension 20 on each side with a total of 40. 2. **Position 2:** Vertical measurement at circle diameter positions, diameter 25 with tolerances. 3. **Position 3:** Vertical dimension across from the midline, marked 55 between horizontal lines. 4. **Position 4:** Vertical offset from the top edge, dimension 17 from surface A. 5. **Position 5:** Horizontal measurement from datum edges, dimension 6. **Datums and Features:** - **Datum A:** Base surface for measurements. - **Datum B:** Edge feature for positional tolerance. **Instructions:** - Unless otherwise specified, all untoleranced dimensions are basic. - The part is to be restrained on Datum Feature A with 4 M5 screws. **Calculation Table:** | No. | Min | Max | |-----|-----|-----| | 1 | | | | 2 | | | | 3 | | | | 4 | | | | 5 | | | Utilize dimensioning and constraint knowledge to fill in the min and max for each measurement position.
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