Draw the Orthographic Projections (Top View, Front View, Side View) For the Shapes Shown Below, Using Scale (1:1) 38

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
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### Orthographic Projections

#### Objective:
Draw the Orthographic Projections (Top View, Front View, Side View) for the shape shown below, using a scale of 1:1.

#### Diagram Description:
The given diagram is a 3D mechanical component with various features and dimensions. Here are its key features with their respective measurements:

1. **Overall Dimensions**:
   - Height: 75 units
   - Length: 120 units (56 + 64)
   - Width/Depth: 50 units

2. **Holes and Circles**:
   - Two large holes with a diameter of 25 units located at:
      - Horizontal distance: 56 units and 25 units from the left edge
      - Vertical distance: 16 units from the bottom edge
   - Two small holes with a diameter of 12 units located at:
      - 16 units inward from the front plate, 16 units inward from the back plate, and 16 units from the upper plate.

3. **Notches and Cut-outs**:
   - A rectangular cut-out of 25 units height by 13 units width starts 16 units from the left vertical edge.
   - A horizontal cut-out at the base with depth 16 units and widens horizontally across the entire width.

4. **Additional Features**:
   - A significant bevel cut at the top left corner with horizontal length 38 units and height 16 units.
   - Steps and depths clearly indicated with appropriate dimension lines.

#### Instructions:

1. **Top View**:
   - Show the layout of all holes, cut-outs, and the overall exterior dimensions from the top perspective.
   - Indicate the centers of the circles and how the cut-outs are positioned relative to each other.
   
2. **Front View**:
   - Display the height dimensions and how the holes and cut-outs align vertically.
   - Include all significant linear distances and any features that protrude or recess.
   
3. **Side View**:
   - Illustrate the depth dimensions and positions of the holes and notches from a side perspective.
   - Highlight the bevel cut and show the profile of the cut-outs.

Each view must include all dimensions provided, and the scale should be meticulously applied to translate the 3D object into accurate and proportional 2D projections.
Transcribed Image Text:### Orthographic Projections #### Objective: Draw the Orthographic Projections (Top View, Front View, Side View) for the shape shown below, using a scale of 1:1. #### Diagram Description: The given diagram is a 3D mechanical component with various features and dimensions. Here are its key features with their respective measurements: 1. **Overall Dimensions**: - Height: 75 units - Length: 120 units (56 + 64) - Width/Depth: 50 units 2. **Holes and Circles**: - Two large holes with a diameter of 25 units located at: - Horizontal distance: 56 units and 25 units from the left edge - Vertical distance: 16 units from the bottom edge - Two small holes with a diameter of 12 units located at: - 16 units inward from the front plate, 16 units inward from the back plate, and 16 units from the upper plate. 3. **Notches and Cut-outs**: - A rectangular cut-out of 25 units height by 13 units width starts 16 units from the left vertical edge. - A horizontal cut-out at the base with depth 16 units and widens horizontally across the entire width. 4. **Additional Features**: - A significant bevel cut at the top left corner with horizontal length 38 units and height 16 units. - Steps and depths clearly indicated with appropriate dimension lines. #### Instructions: 1. **Top View**: - Show the layout of all holes, cut-outs, and the overall exterior dimensions from the top perspective. - Indicate the centers of the circles and how the cut-outs are positioned relative to each other. 2. **Front View**: - Display the height dimensions and how the holes and cut-outs align vertically. - Include all significant linear distances and any features that protrude or recess. 3. **Side View**: - Illustrate the depth dimensions and positions of the holes and notches from a side perspective. - Highlight the bevel cut and show the profile of the cut-outs. Each view must include all dimensions provided, and the scale should be meticulously applied to translate the 3D object into accurate and proportional 2D projections.
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