VIPSolutionsSolve the question as stated with a graph and solve the question in 2 steps with examples and the final answer.Problem 4: Make a solid works part from the given figure below. All sketches must be fully defined. Submit your part file to Canvas following the naming convention: Problem 4_Last Name. SLDPRT All dimensions are in millimeters. (35 points) Pe 4 ES) = S Through hole J 920, C bore to 030 x 6 doop 0 \ on both sides | AS =, > | &S SE — \ k 015 Q\ ho xX
Question:
Solve the question as stated with a graph and solve the question in 2 steps with examples and the final answer.
Problem 4: Make a solid works part from the given figure below. All sketches must be fully defined.
Submit your part file to Canvas following the naming convention: Problem 4_Last Name. SLDPRT
All dimensions are in millimeters. (35 points)
Pe 4
ES) = S
Through hole
J
920, C bore to
030 x 6 doop 0 \
on both sides | AS
=,
>
|
&S SE —
\
k
015 Q\
ho
xX
This is AI generated Response.
Asked by: Mk
Created at: 2026-01-05 17:04:54
Asked by: Mk
Created at: 2026-01-05 17:04:54
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# Step-by-Step Solution with Graphical Guidance
## Problem Restatement
**Task:** Create a 3D part in SolidWorks using the provided technical drawing.
**Units:** All dimensions are in millimeters.
---
## Step 1: Sketch the Main Profile
### **Example**
- **Front View:** Start by sketching the base rectangle (70 mm × 20 mm) and the vertical section (60 mm height).
- **Add Features:**
- Draw the two vertical fillets (R10 and R20) at the bottom.
- Add the center hole (⌀15 mm) at the bottom center.
- **Extrude:** Extrude this profile to 60 mm.
#### **Graphical Representation**
```
|---------------------- 70mm ----------------------|
| |
| _________ | 20mm
| | | |
| | | |
|__________________| |______________________|
|<---60mm--->|<---60mm--->|
```
*Add fillets and central hole as shown in the drawing.*
---
## Step 2: Add Upper Cylinder and Details
### **Example**
- **Create the upper cylindrical feature:**
- Draw a circle (⌀40 mm) on the top face, aligned with the vertical centerline.
- **Extrude** this circle by 35 mm.
- **Add the through hole:**
- Draw a concentric circle (⌀20 mm) and **cut-extrude** through all.
- Create a counterbore (⌀30 mm, 6 mm deep) on both faces.
- **Add the diagonal rib:**
- Sketch the rib profile (10 mm thick) using the side view and **extrude** accordingly.
#### **Graphical Representation**
```
Side View:
_________
/ \
/ \ 40mm cylinder (35mm length)
| |
| |
|_____________|
| |
| |
|_____________|
70mm base
```
*Add the through hole (⌀20 mm), counterbore (⌀30 mm × 6 mm), and rib (10 mm thick).*
---
## Final Answer: Key Feature List
1. **Base:** 70 × 20 × 60 mm, rounded corners (R10, R20), bottom hole (⌀15 mm).
2. **Cylinder:** ⌀40 mm × 35 mm, with ⌀20 mm through hole, ⌀30 mm counterbore (6 mm deep, both sides).
3. **Rib:** 10 mm thick, 60 mm tall, connecting the base to the cylinder.
4. **All sketches must be fully defined and all dimensions used as shown.**
---
### **Summary Table**
| Feature | Dimension(s) | Operation |
|--------------------|------------------------|--------------------|
| Base | 70×20×60 mm | Extrude |
| Base Fillets | R10, R20 | Fillet |
| Bottom Hole | ⌀15 mm | Cut-Extrude |
| Upper Cylinder | ⌀40 mm × 35 mm | Extrude |
| Through Hole | ⌀20 mm | Cut-Extrude |
| Counterbore | ⌀30 mm × 6 mm | Cut-Extrude |
| Rib | 10 mm thick, 60 mm tall | Extrude |
---
## **Note**
- **All dimensions are in millimeters.**
- **Ensure all sketches are fully defined.**
- **Submit your SLDPRT file as instructed.**
---
**If you need a detailed step-by-step CAD instruction or a SolidWorks tutorial, let me know!**
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