Find the volume of the wheel. Assume IPS units. Hold Ctrl and scroll on your mouse to zoom in on the image. A = 6.99 B = 0.52 Hint: Draw just half of the right view of the wheel, then revolve that 360°. Diameter dimensions are the full width of an object, so if you're only drawing half, use half the diameter. The cut-outs in the wheel can be done as an extruded cut, after the main shape is revolved.

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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Solidworks

**Finding the Volume of the Wheel**

Instructions:
- Assume IPS units. Zoom in on the image if needed by holding Ctrl and scrolling with your mouse.

Given:
- \( A = 6.99 \)
- \( B = 0.52 \)

**Hint:**
1. Draw only half of the right view of the wheel.
2. Revolve it 360°. Remember, diameter dimensions represent the full width of an object. If drawing only half, use half the diameter.

**Additional Notes:**
- Cut-outs in the wheel should be created as an extruded cut after revolving the main shape.
- When selecting the plane for bolt holes, refer to the note about the hole wizard on the drawing.

**Tip:**
- For better visibility of smaller dimensions, right click the drawing and open it in a new tab, or save the image.
Transcribed Image Text:**Finding the Volume of the Wheel** Instructions: - Assume IPS units. Zoom in on the image if needed by holding Ctrl and scrolling with your mouse. Given: - \( A = 6.99 \) - \( B = 0.52 \) **Hint:** 1. Draw only half of the right view of the wheel. 2. Revolve it 360°. Remember, diameter dimensions represent the full width of an object. If drawing only half, use half the diameter. **Additional Notes:** - Cut-outs in the wheel should be created as an extruded cut after revolving the main shape. - When selecting the plane for bolt holes, refer to the note about the hole wizard on the drawing. **Tip:** - For better visibility of smaller dimensions, right click the drawing and open it in a new tab, or save the image.
**Wheel Design Drawing**

**Section A-A:**

- Diameter of outer rim: Ø 16.000
- Diameter of inner rim: Ø 13.000
- Central hub diameter: Ø 5.500
- Wall thickness: 1.000
- Smaller inner diameter: Ø 2.000
- Larger inner diameter: Ø 4.500
- Typical radius: R.200

**Wheel Front View:**

- Radius from center to wheel edge: R2.750
- Inner radius from center: R1.625
- 30-degree angle from center spoke
- 15-degree tilt of spokes

**Hole Configuration:**

- Hole wizard applied for precise hole placement
- 6X counterbore for 3/8 hex finished bolt
- Hole depth: .397 through all
- Tapered diameter: Ø .875 ▼ .268

**Section B-B:**

- Wall thickness on edge: .500
- Distance between sections: .500

**Detail F:**

- Vertical section thickness: .250
- Horizontal section width: .750

**3D View:**

- 3D illustration of the wheel showcasing the spoke design.

**Materials and Notes:**

- Design: EPICS
- Material: 1060 Aluminum Alloy
- Drawing Title: Wheel

This technical drawing provides detailed specifications for the design and dimensions of a wheel, highlighting key measurements for manufacturing and design implementation.
Transcribed Image Text:**Wheel Design Drawing** **Section A-A:** - Diameter of outer rim: Ø 16.000 - Diameter of inner rim: Ø 13.000 - Central hub diameter: Ø 5.500 - Wall thickness: 1.000 - Smaller inner diameter: Ø 2.000 - Larger inner diameter: Ø 4.500 - Typical radius: R.200 **Wheel Front View:** - Radius from center to wheel edge: R2.750 - Inner radius from center: R1.625 - 30-degree angle from center spoke - 15-degree tilt of spokes **Hole Configuration:** - Hole wizard applied for precise hole placement - 6X counterbore for 3/8 hex finished bolt - Hole depth: .397 through all - Tapered diameter: Ø .875 ▼ .268 **Section B-B:** - Wall thickness on edge: .500 - Distance between sections: .500 **Detail F:** - Vertical section thickness: .250 - Horizontal section width: .750 **3D View:** - 3D illustration of the wheel showcasing the spoke design. **Materials and Notes:** - Design: EPICS - Material: 1060 Aluminum Alloy - Drawing Title: Wheel This technical drawing provides detailed specifications for the design and dimensions of a wheel, highlighting key measurements for manufacturing and design implementation.
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