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a) The maximum force P that can be applied to the system based solely on the boards is most nearly b)The maximum force P that can be applied to the system based solely on the glued splice  is most nearly

a) The maximum force P that can be applied to the system based solely on the boards is most nearly b)The maximum force P that can be applied to the system based solely on the glued splice  is most nearly

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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a) The maximum force P that can be applied to the system based solely on the boards is most nearly

b)The maximum force P that can be applied to the system based solely on the glued splice  is most nearly

 

### Splicing Wood Boards for Structural Applications **Diagram Explanation:** The diagram illustrates a method of splicing two wooden boards, each with dimensions of 6 inches by 1.5 inches, using splice boards and glue. Here’s a detailed breakdown of the diagram: 1. **Main Boards**: - **Dimensions**: Each main board measures 6 inches in width and 1.5 inches in thickness. - **Materials**: The main boards are constructed of wood with an allowable tensile capacity of 200 psi. 2. **Splice Boards**: - **Placement**: The splice boards are positioned on both sides of the main boards. - **Dimensions**: Each splice board measures 8 inches by 6 inches by 1 inch. - **Function**: These boards are used to reinforce the spliced joint between the two main boards. 3. **Gluing Process**: - The splice boards are attached to the main boards using glue. - The glue is applied on both sides of the joint, ensuring a secure bond. - The glue used has an allowable shear capacity of 75 psi. 4. **Gap**: - A 1-inch gap is maintained between the ends of the two main boards to accommodate the splice boards. - This gap helps in distributing the load evenly across the joint. 5. **Load Application (P)**: - The load, denoted as \( P \), is applied axially along the length of the spliced boards. - The diagram shows the direction of the applied load (upwards and downwards). **Educational Note:** Understanding the structural mechanics of splicing boards is essential in fields like civil and structural engineering, carpentry, and woodworking. The properties of materials, such as tensile and shear capacities, and the methods used to join materials securely, play a crucial role in ensuring the strength and durability of engineered structures. In this example, special attention is given to the dimensions of the splice and main boards and the properties of the glue to ensure a reliable and robust spliced joint.
Transcribed Image Text:### Splicing Wood Boards for Structural Applications **Diagram Explanation:** The diagram illustrates a method of splicing two wooden boards, each with dimensions of 6 inches by 1.5 inches, using splice boards and glue. Here’s a detailed breakdown of the diagram: 1. **Main Boards**: - **Dimensions**: Each main board measures 6 inches in width and 1.5 inches in thickness. - **Materials**: The main boards are constructed of wood with an allowable tensile capacity of 200 psi. 2. **Splice Boards**: - **Placement**: The splice boards are positioned on both sides of the main boards. - **Dimensions**: Each splice board measures 8 inches by 6 inches by 1 inch. - **Function**: These boards are used to reinforce the spliced joint between the two main boards. 3. **Gluing Process**: - The splice boards are attached to the main boards using glue. - The glue is applied on both sides of the joint, ensuring a secure bond. - The glue used has an allowable shear capacity of 75 psi. 4. **Gap**: - A 1-inch gap is maintained between the ends of the two main boards to accommodate the splice boards. - This gap helps in distributing the load evenly across the joint. 5. **Load Application (P)**: - The load, denoted as \( P \), is applied axially along the length of the spliced boards. - The diagram shows the direction of the applied load (upwards and downwards). **Educational Note:** Understanding the structural mechanics of splicing boards is essential in fields like civil and structural engineering, carpentry, and woodworking. The properties of materials, such as tensile and shear capacities, and the methods used to join materials securely, play a crucial role in ensuring the strength and durability of engineered structures. In this example, special attention is given to the dimensions of the splice and main boards and the properties of the glue to ensure a reliable and robust spliced joint.
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