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Find the mass of the trash can. Assume IPS, set before you begin to sketch the part. The material is PE High Density (found under Plastics). A = 34.84 Hint: Draw just half of the front view of the tank, then revolve that 360°. Diameter dimensions are the full width of an object, so if you're only drawing half, use half the diameter. You can right click on the drawing and open in a new tab, or save the image to help you zoom in to see some of the smaller dimensions. The trash can handle is linear, not revolved like the rest of the can. Do not sketch the handle right at the edge of the can. Extend it into the material. When you extrude, "Merge Result" should be checked. Read the note on the drawing.

Find the mass of the trash can. Assume IPS, set before you begin to sketch the part. The material is PE High Density (found under Plastics). A = 34.84 Hint: Draw just half of the front view of the tank, then revolve that 360°. Diameter dimensions are the full width of an object, so if you're only drawing half, use half the diameter. You can right click on the drawing and open in a new tab, or save the image to help you zoom in to see some of the smaller dimensions. The trash can handle is linear, not revolved like the rest of the can. Do not sketch the handle right at the edge of the can. Extend it into the material. When you extrude, "Merge Result" should be checked. Read the note on the drawing.

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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### Garbage Can Design Technical Drawing #### Overview This technical drawing illustrates the design of a garbage can with specific details on the handle placement and dimensions. #### Handle Design Detail (Detail B) - **Scale**: 1:5 - **Dimensions**: - Extending outward: 0.50 - Upward extension: 0.50 - Handle thickness: 0.75 - Radius at handle joint: R0.85 - Angle of curvature: 50.00° - Total length from base to top: 3.50 - **Design Note**: - Sketching the handle end at the vertical edge of the garbage can will cause a gap between the handle and can after extrusion due to curvature. - To avoid this, sketch the handle so that it ends at least 0.25" past the edge of the garbage can. #### Section A-A - **Dimensions**: - Top diameter: Ø22.00 - Bottom diameter: Ø16.00 - Typical wall thickness: 0.75 - Lower section step: 1.20 - Fillet radius: R4.00 - **Annotations**: - Distance from top edge to the beginning of tapering: A/4 - Total height of garbage can: A #### Side View - Displays the side profile of the garbage can, illustrating the position and extension of the handle. #### 3D Visual - Provides a perspective view of the final garbage can design, showing the handle placement on the side. --- ### Key Takeaways - Proper handle placement minimizes gap formation post-extrusion. - Ensure dimensions and curvature are adhered to for optimal functionality. - Observing dimensions marked as typical (e.g., 0.75) is crucial for maintaining the structural integrity of the design.
Transcribed Image Text:### Garbage Can Design Technical Drawing #### Overview This technical drawing illustrates the design of a garbage can with specific details on the handle placement and dimensions. #### Handle Design Detail (Detail B) - **Scale**: 1:5 - **Dimensions**: - Extending outward: 0.50 - Upward extension: 0.50 - Handle thickness: 0.75 - Radius at handle joint: R0.85 - Angle of curvature: 50.00° - Total length from base to top: 3.50 - **Design Note**: - Sketching the handle end at the vertical edge of the garbage can will cause a gap between the handle and can after extrusion due to curvature. - To avoid this, sketch the handle so that it ends at least 0.25" past the edge of the garbage can. #### Section A-A - **Dimensions**: - Top diameter: Ø22.00 - Bottom diameter: Ø16.00 - Typical wall thickness: 0.75 - Lower section step: 1.20 - Fillet radius: R4.00 - **Annotations**: - Distance from top edge to the beginning of tapering: A/4 - Total height of garbage can: A #### Side View - Displays the side profile of the garbage can, illustrating the position and extension of the handle. #### 3D Visual - Provides a perspective view of the final garbage can design, showing the handle placement on the side. --- ### Key Takeaways - Proper handle placement minimizes gap formation post-extrusion. - Ensure dimensions and curvature are adhered to for optimal functionality. - Observing dimensions marked as typical (e.g., 0.75) is crucial for maintaining the structural integrity of the design.
**Task: Find the Mass of the Trash Can** **Instructions:** 1. **Assume IPS**: Set this before you begin to sketch the part. 2. **Material**: PE High Density (locate under Plastics). **Given:** - \( A = 34.84 \) **Guidelines:** - **Drawing the Tank**: Sketch only half of the front view of the tank. Afterward, revolve the sketch 360°. Note that diameter dimensions represent the full width of the object. When sketching only half, use half the diameter. - **Viewing Details**: To see smaller dimensions, right-click on the drawing and open it in a new tab, or save the image for zooming purposes. - **Handle Design**: The trash can handle is linear and not revolved like the rest of the can. Do not sketch the handle exactly at the can's edge; extend it into the material. Ensure "Merge Result" is checked during the extrusion process. Follow any additional notes provided on the drawing.
Transcribed Image Text:**Task: Find the Mass of the Trash Can** **Instructions:** 1. **Assume IPS**: Set this before you begin to sketch the part. 2. **Material**: PE High Density (locate under Plastics). **Given:** - \( A = 34.84 \) **Guidelines:** - **Drawing the Tank**: Sketch only half of the front view of the tank. Afterward, revolve the sketch 360°. Note that diameter dimensions represent the full width of the object. When sketching only half, use half the diameter. - **Viewing Details**: To see smaller dimensions, right-click on the drawing and open it in a new tab, or save the image for zooming purposes. - **Handle Design**: The trash can handle is linear and not revolved like the rest of the can. Do not sketch the handle exactly at the can's edge; extend it into the material. Ensure "Merge Result" is checked during the extrusion process. Follow any additional notes provided on the drawing.
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