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What is the force in brace 10? (kips, tension = positive)  What is the force in brace 2? (kips, tension = positive) What is the force in brace 6? (kips, tension = positive)

What is the force in brace 10? (kips, tension = positive)  What is the force in brace 2? (kips, tension = positive) What is the force in brace 6? (kips, tension = positive)

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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What is the force in brace 10? (kips, tension = positive) 

What is the force in brace 2? (kips, tension = positive)

What is the force in brace 6? (kips, tension = positive)

The image is a structural diagram of a three-story framework, showing the arrangement of beams and columns with dimensions and load details. Here is a detailed transcription and explanation: ### Structure Layout - **Stories and Floors:** - **Story 1:** Extends from Floor 0 (Ground) to Floor 1 - **Story 2:** Extends from Floor 1 to Floor 2 - **Story 3:** Extends from Floor 2 to Floor 3 (Roof) - **Floor Heights:** - Floor 0 to Floor 1: 15 feet - Floor 1 to Floor 2: 12 feet - Floor 2 to Floor 3: 12 feet ### Beams and Columns - **Horizontal Spacing:** - Column A to Column B: 20 feet - Column B to Column C: 20 feet - Column C to Column D: 30 feet - **Loads:** - Story 3 (Roof): Load W1 - Story 2: Load W1 for sections 3-4, 5-6; Load W2 for sections 11-12 - Story 1: No specific load mentioned - **External Forces:** - Floor 3: 4k (point load at roof level) - Floor 2: 3k (point load at the second floor level) - Floor 1: 2k (point load at the first floor level) ### Structural Elements - **Diagonal Bracing:** - Multiple diagonal bracing elements present to provide stability - Elements are numbered 1 through 12, indicating different sections across stories for additional structural support ### Additional Notes - The framework consists of beams (horizontal lines) and columns (vertical lines) connected by nodes (dots). - The structure includes cross-bracing for lateral stability to resist horizontal forces. - The diagram indicates how the load is distributed across different floors and stories. This diagram serves as a sample layout for understanding multi-story structural systems, showcasing load distribution and structural stability techniques.
Transcribed Image Text:The image is a structural diagram of a three-story framework, showing the arrangement of beams and columns with dimensions and load details. Here is a detailed transcription and explanation: ### Structure Layout - **Stories and Floors:** - **Story 1:** Extends from Floor 0 (Ground) to Floor 1 - **Story 2:** Extends from Floor 1 to Floor 2 - **Story 3:** Extends from Floor 2 to Floor 3 (Roof) - **Floor Heights:** - Floor 0 to Floor 1: 15 feet - Floor 1 to Floor 2: 12 feet - Floor 2 to Floor 3: 12 feet ### Beams and Columns - **Horizontal Spacing:** - Column A to Column B: 20 feet - Column B to Column C: 20 feet - Column C to Column D: 30 feet - **Loads:** - Story 3 (Roof): Load W1 - Story 2: Load W1 for sections 3-4, 5-6; Load W2 for sections 11-12 - Story 1: No specific load mentioned - **External Forces:** - Floor 3: 4k (point load at roof level) - Floor 2: 3k (point load at the second floor level) - Floor 1: 2k (point load at the first floor level) ### Structural Elements - **Diagonal Bracing:** - Multiple diagonal bracing elements present to provide stability - Elements are numbered 1 through 12, indicating different sections across stories for additional structural support ### Additional Notes - The framework consists of beams (horizontal lines) and columns (vertical lines) connected by nodes (dots). - The structure includes cross-bracing for lateral stability to resist horizontal forces. - The diagram indicates how the load is distributed across different floors and stories. This diagram serves as a sample layout for understanding multi-story structural systems, showcasing load distribution and structural stability techniques.
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