VIPSolutionsSolve the question as stated with a graph and solve the question in 2 steps with examples and the final answer.Name: Section Problem 3 Make a SolidWorks pr fle and crate 3 3 model wing te given dimensions cow, the eae 3 drawing fl From your par fl. 4 al neces ics, 20d folly mcovion the drmving in comet and ls erotic ec. Al dimensions are in MMIGS, all sketches must be fll defined. (123 pois) Save your SolidWorks files ing he following craic: Homemork 4 Problem 3 Lat Name 1] - & 5% os0 of © 3 A 0 ig &) rs ©) / bd als zs 250 0 a EF) [a] a 10 1 w L wo
Question:
Solve the question as stated with a graph and solve the question in 2 steps with examples and the final answer.
Name:
Section
Problem 3 Make a SolidWorks pr fle and crate 3 3 model wing te given dimensions
cow, the eae 3 drawing fl From your par fl. 4 al neces ics, 20d folly
mcovion the drmving in comet and ls erotic ec. Al dimensions are
in MMIGS, all sketches must be fll defined. (123 pois)
Save your SolidWorks files ing he following craic: Homemork 4 Problem 3 Lat
Name
1] -
&
5% os0
of
©
3
A
0 ig &)
rs ©) / bd
als
zs
250
0
a
EF) [a]
a 10
1
w L
wo
This is AI generated Response.
Asked by: Mk
Created at: 2026-01-07 20:20:32
Asked by: Mk
Created at: 2026-01-07 20:20:32
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# Solution to Problem 3: SolidWorks Part Creation
## Step 1: **Understanding and Sketching the 2D Profile**
**Instructions:**
- Analyze the provided drawing views (top and side).
- Extract main dimensions for the base sketch.
**Key Dimensions:**
- Total length: **350 mm**
- Height: **200 mm (left vertical)**, **100 mm (right vertical)**
- Main thickness: **50 mm** (as seen in the side view)
- Hole positions and sizes: **2 holes φ25 mm, 1 hole φ50 mm**
- Other features: Steps and cutouts as shown.
### Example: Base Sketch Outline (Top View)
1. Start from the bottom left corner.
2. Draw a horizontal line (base) **350 mm** long.
3. Draw vertical lines up at the ends: **200 mm** left, **100 mm** right.
4. Connect with slanted/horizontal lines as per the drawing.
5. Mark holes:
- Two holes: **φ25 mm**, spaced **75 mm** apart, **45 mm** from the left edge.
- One hole: **φ50 mm**, centered **225 mm** from the left edge, **100 mm** from the bottom.
**Graphical Representation:**
*Alt text: Annotated 2D sketch of the part with key dimensions highlighted.*
---
## Step 2: **Extrude and Add Features in SolidWorks**
**Instructions:**
- Extrude the main sketch to **50 mm** thickness.
- Use *Extruded Cut* for holes and steps:
- Cut the two **φ25 mm** holes through all.
- Cut the **φ50 mm** hole through all.
- Add steps and cutouts per the side view using *Extruded Cut* or *Boss/Extrude*.
### Example: Feature Addition
- Create a new sketch on the side face.
- Draw rectangles for the step features:
- **Step 1:** From left, extrude cut **85 mm** width, **40 mm** down, **50 mm** deep.
- **Step 2:** Cut in the middle, **110 mm** width, **110 mm** deep.
- Add fillet (if needed) at the **R45** as indicated.
**Final Answer:**
- You will have a fully defined 3D model matching the given drawing, with all features, holes, and steps accurately placed and dimensioned.
---
## **Summary**
1. **Sketch 2D profile** using all main dimensions.
2. **Extrude and cut features** as per side view and add holes.
**Example Complete Part:**
- All dimensions in mm.
- All sketches fully defined and constrained.
- Save as: `Homework 4 Problem 3 Last Name.SLDPRT`
---
**Tip:**
Always double-check your dimensions and relations in SolidWorks to ensure sketches are *fully defined* before extruding.
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