Refer to the images and figures below. Building A: Roof at 15 feet. Columns at 30 foot x 15 foot grid. Column sizes are same as Building B. Roof loads are the same as Building B. Building B: Roof at 35 feet. Columns at 10 foot x 15 foot grid. Column sizes are same as Building A. Roof loads are the same as Building A. Requirement 2-(a): Architectural / Aesthetic reasons aside, what is the primary structural reason requiring more than twice the number of columns is required for columns with the same size and the same loading?
Refer to the images and figures below. Building A: Roof at 15 feet. Columns at 30 foot x 15 foot grid. Column sizes are same as Building B. Roof loads are the same as Building B. Building B: Roof at 35 feet. Columns at 10 foot x 15 foot grid. Column sizes are same as Building A. Roof loads are the same as Building A. Requirement 2-(a): Architectural / Aesthetic reasons aside, what is the primary structural reason requiring more than twice the number of columns is required for columns with the same size and the same loading?
Architectural Drafting and Design (MindTap Course List)
7th Edition
ISBN:9781285165738
Author:Alan Jefferis, David A. Madsen, David P. Madsen
Publisher:Alan Jefferis, David A. Madsen, David P. Madsen
Chapter32: Drawing Framing Plans
Section: Chapter Questions
Problem 32.1Q: What are the two major methods of determining lateral loads?
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Question
Refer to the images and figures below.
Building A: Roof at 15 feet. Columns at 30 foot x 15 foot grid. Column sizes are same as Building B.
Roof loads are the same as Building B.
Building B: Roof at 35 feet. Columns at 10 foot x 15 foot grid. Column sizes are same as Building A.
Roof loads are the same as Building A.
Requirement 2-(a): Architectural / Aesthetic reasons aside, what is the primary structural reason requiring
more than twice the number of columns is required for columns with the same size and the same loading?
______________________________________________________________________________________
Building A: Roof at 15 feet. Columns at 30 foot x 15 foot grid. Column sizes are same as Building B.
Roof loads are the same as Building B.
Building B: Roof at 35 feet. Columns at 10 foot x 15 foot grid. Column sizes are same as Building A.
Roof loads are the same as Building A.
Requirement 2-(a): Architectural / Aesthetic reasons aside, what is the primary structural reason requiring
more than twice the number of columns is required for columns with the same size and the same loading?
______________________________________________________________________________________
![Refer to the images and figures below.
Building A: Roof at 15 feet. Columns at 30 foot x 15 foot grid. Column sizes are same as Building B.
Roof loads are the same as Building B.
Building B: Roof at 35 feet. Columns at 10 foot x 15 foot grid. Column sizes are same as Building A.
Roof loads are the same as Building A.
Requirement 2-(a): Architectural / Aesthetic reasons aside, what is the primary structural reason requiring
more than twice the number of columns is required for columns with the same size and the same loading?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F7252ab52-9247-47dd-8d61-a1fa5ba42ecc%2Fd8b5ac54-2c3c-443f-bc81-0e55570560ba%2Fzwqh1yb_processed.png&w=3840&q=75)
Transcribed Image Text:Refer to the images and figures below.
Building A: Roof at 15 feet. Columns at 30 foot x 15 foot grid. Column sizes are same as Building B.
Roof loads are the same as Building B.
Building B: Roof at 35 feet. Columns at 10 foot x 15 foot grid. Column sizes are same as Building A.
Roof loads are the same as Building A.
Requirement 2-(a): Architectural / Aesthetic reasons aside, what is the primary structural reason requiring
more than twice the number of columns is required for columns with the same size and the same loading?
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