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Find the volume of the propane tank. Assume IPS units, set before you begin to sketch the part.. The material is AISI Steel 1020. A = 10.38 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.

Find the volume of the propane tank. Assume IPS units, set before you begin to sketch the part.. The material is AISI Steel 1020. A = 10.38 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.

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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**Instruction for Volume Calculation of a Propane Tank** **Objective:** Find the volume of a propane tank using IPS units. The material is AISI Steel 1020, with A = 10.38. **Instructions:** **1. Setting Up:** - Assume IPS (Inch-Pound-Second) units before starting the sketch. **2. Material Specification:** - AISI Steel 1020 **3. Volume Calculation Hint:** - Draw half of the front view of the tank. - Revolve the half view 360° for a complete model. - Note: Diameter dimensions reflect full width. Use half for half-drawings. **Detailed View and Annotations:** **Detail B (Scale 1:4):** - Small components with dimensions: - Diameter of main top section (\(\phi 1.70\)) and smaller section (\(\phi 1.00\)) - Radius R = 0.50 inch - Extension length = 1.00 inch **Section A-A View:** - Vertical section showing the full tank shape: - Outer diameter \(\phi 2A\) - Total height = 20.00 inches - Wall thickness = .50 inch (TYP) - Base thickness = 1.00 inch - Fillet Radius R2.00 inch - Typical angle = 95.00° **3D view:** - Complete depiction of the tank's rounded shape, indicating the symmetry and revolving aspect. **Design Details:** - This section provides additional guidelines for comprehensive tank design, focusing on symmetry and correct measurements for accurate modeling.
Transcribed Image Text:**Instruction for Volume Calculation of a Propane Tank** **Objective:** Find the volume of a propane tank using IPS units. The material is AISI Steel 1020, with A = 10.38. **Instructions:** **1. Setting Up:** - Assume IPS (Inch-Pound-Second) units before starting the sketch. **2. Material Specification:** - AISI Steel 1020 **3. Volume Calculation Hint:** - Draw half of the front view of the tank. - Revolve the half view 360° for a complete model. - Note: Diameter dimensions reflect full width. Use half for half-drawings. **Detailed View and Annotations:** **Detail B (Scale 1:4):** - Small components with dimensions: - Diameter of main top section (\(\phi 1.70\)) and smaller section (\(\phi 1.00\)) - Radius R = 0.50 inch - Extension length = 1.00 inch **Section A-A View:** - Vertical section showing the full tank shape: - Outer diameter \(\phi 2A\) - Total height = 20.00 inches - Wall thickness = .50 inch (TYP) - Base thickness = 1.00 inch - Fillet Radius R2.00 inch - Typical angle = 95.00° **3D view:** - Complete depiction of the tank's rounded shape, indicating the symmetry and revolving aspect. **Design Details:** - This section provides additional guidelines for comprehensive tank design, focusing on symmetry and correct measurements for accurate modeling.
**Text Transcription:** Hint: The rounded corners have a radius of 2", and with a consistent thickness of .5" of the tank, that means the inner radius will be 1.5". **Diagram Explanation:** The diagram shows a section of a tank with rounded corners. Key features are labeled: - **.50 TYP**: Indicates a typical thickness of 0.5 inches throughout the tank material. - **R2.00 TYP**: This label shows that the outer radius of the rounded corners is a consistent 2 inches. - **R1.5**: Displays the inner radius, calculated by subtracting the material thickness (0.5 inches) from the outer radius (2 inches), resulting in 1.5 inches. - **A-A Section**: This refers to the cross-section view or cutting plane for the diagram. The diagram effectively communicates the dimensional specifications for manufacturing or engineering applications.
Transcribed Image Text:**Text Transcription:** Hint: The rounded corners have a radius of 2", and with a consistent thickness of .5" of the tank, that means the inner radius will be 1.5". **Diagram Explanation:** The diagram shows a section of a tank with rounded corners. Key features are labeled: - **.50 TYP**: Indicates a typical thickness of 0.5 inches throughout the tank material. - **R2.00 TYP**: This label shows that the outer radius of the rounded corners is a consistent 2 inches. - **R1.5**: Displays the inner radius, calculated by subtracting the material thickness (0.5 inches) from the outer radius (2 inches), resulting in 1.5 inches. - **A-A Section**: This refers to the cross-section view or cutting plane for the diagram. The diagram effectively communicates the dimensional specifications for manufacturing or engineering applications.
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