Exercise 6.2. Label the drawing that is attached.1. Create datum plane A on the right hand face in the side view.2. Create datum plane B on the bottom surface in the front view.3. Create datum plane C on the top surface of the 40 mm tab.4. Create datum center plane D in the center of the tab.5. Create datum center plane E in the center of the 100 mm slot.6. Create datum plane F on the left side of the slot.7. Create a partial datum plane G on the top of the part in the front view. The length is 120 mm from the right side.8. Create datum H, axis and two planes, through the two 10 mm holes.9. Create datum axis J from the 60 mm hole.10. Datum features can be placed into two categories - datum features of size and datum features without size. Place an "X" next to all the datum features of size. **Workshop Exercise 6.2**The diagram presents a technical drawing with a top view of a mechanical component. Below is a detailed description of each part:1. **Top View Diagram**: - The top view shows a rectangular component with several specific measurements and holes. - Total length is not fully specified in the image.2. **Measurements**: - A circular cutout with a diameter of \( \varnothing 60 \pm 0.2 \) is positioned centrally along the length of the piece. - The component has a width of \( 100 \pm 0.2 \). - The narrower section on the left has a height of \( 40 \pm 0.1 \).3. **Holes**: - Two smaller holes with a diameter of \( \varnothing 10 \pm 0.1 \) are present. - A geometric tolerance is indicated for these holes with a feature control frame specifying a positional tolerance of \( \varnothing 0.2 \) in relation to datum A (indicated with a square frame).4. **Side Views**: - A side view is given showing the component’s depth, although the exact dimension is not provided in the image. - The section is uniformly thick.5. **Notation**: - The drawing uses standard notation for dimensions and tolerances, essential for precise manufacturing.This exercise is intended to help students interpret and create detailed technical drawings, understanding the role of dimensions and tolerances in design and production.

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Answered: Exercise 6.2. Label the drawing that is…

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

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Exercise 6.2. Label the drawing that is attached.

1. Create datum plane A on the right hand face in the side view.

2. Create datum plane B on the bottom surface in the front view.

3. Create datum plane C on the top surface of the 40 mm tab.

4. Create datum center plane D in the center of the tab.

5. Create datum center plane E in the center of the 100 mm slot.

6. Create datum plane F on the left side of the slot.

7. Create a partial datum plane G on the top of the part in the front view. The length is 120 mm from the right side.

8. Create datum H, axis and two planes, through the two 10 mm holes.

9. Create datum axis J from the 60 mm hole.

10. Datum features can be placed into two categories - datum features of size and datum features without size. Place an "X" next to all the datum features of size.

**Workshop Exercise 6.2**

The diagram presents a technical drawing with a top view of a mechanical component. Below is a detailed description of each part:

1. **Top View Diagram**:
- The top view shows a rectangular component with several specific measurements and holes.
- Total length is not fully specified in the image.

2. **Measurements**:
- A circular cutout with a diameter of \( \varnothing 60 \pm 0.2 \) is positioned centrally along the length of the piece.
- The component has a width of \( 100 \pm 0.2 \).
- The narrower section on the left has a height of \( 40 \pm 0.1 \).

3. **Holes**:
- Two smaller holes with a diameter of \( \varnothing 10 \pm 0.1 \) are present.
- A geometric tolerance is indicated for these holes with a feature control frame specifying a positional tolerance of \( \varnothing 0.2 \) in relation to datum A (indicated with a square frame).

4. **Side Views**:
- A side view is given showing the component’s depth, although the exact dimension is not provided in the image.
- The section is uniformly thick.

5. **Notation**:
- The drawing uses standard notation for dimensions and tolerances, essential for precise manufacturing.

This exercise is intended to help students interpret and create detailed technical drawings, understanding the role of dimensions and tolerances in design and production.

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