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If a 25 ft column was pinned at the top and bottom, what would its effective unsupported length if ft be? Show your work. If the same column presented in the previous question (25 ft column) is encased in concrete at the bottom (fixed) and pinned at the top, what would its effective length be? Briefly explain the reasoning behind the value found compared the answer calculated in the previous problem. Show your work in the PDF calculation submission.

If a 25 ft column was pinned at the top and bottom, what would its effective unsupported length if ft be? Show your work. If the same column presented in the previous question (25 ft column) is encased in concrete at the bottom (fixed) and pinned at the top, what would its effective length be? Briefly explain the reasoning behind the value found compared the answer calculated in the previous problem. Show your work in the PDF calculation submission.

Residential Construction Academy: House Wiring (MindTap Course List)
Residential Construction Academy: House Wiring (MindTap Course List)
4th Edition
ISBN:9781285852225
Author:Gregory W Fletcher
Publisher:Gregory W Fletcher
Chapter18: Device Installation
Section: Chapter Questions
Problem 10RQ
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If a 25 ft column was pinned at the top and bottom, what would its effective unsupported length if ft be? Show your work. If the same column presented in the previous question (25 ft column) is encased in concrete at the bottom (fixed) and pinned at the top, what would its effective length be? Briefly explain the reasoning behind the value found compared the answer calculated in the previous problem. Show your work in the PDF calculation submission.
Transcribed Image Text:If a 25 ft column was pinned at the top and bottom, what would its effective unsupported length if ft be? Show your work. If the same column presented in the previous question (25 ft column) is encased in concrete at the bottom (fixed) and pinned at the top, what would its effective length be? Briefly explain the reasoning behind the value found compared the answer calculated in the previous problem. Show your work in the PDF calculation submission.
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