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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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The class is called ARC2501 architectural structues at St. Petersburg College

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### Beam Analysis Question #### Problem Statement: **Given:** A diagram of Beam #4 is presented, showing a beam of length \(4'\) with the left end fixed and the right end free. The beam has a uniform load, \(w\), distributed across its length, where \(w = 100 \, \frac{2}{LF}\). On the beam diagram: - At the fixed end (left end), there is a reaction force \( u) approximately 100 per linear foot - and points to the left end-fixed wall. #### Question: For Beam #4 shown at left, identify the correct statement(s). a. \( R1 = 400#/LF \). b. \( V_{MAX} = 400# \). c. \( M_{MAX} = 1600 \, \text{ft.lbs} \). d. All of the above. e. Both a & b are correct. --- #### Explanation of Terms: - \(R1\): The reaction force at the fixed end of the beam. - \(V_{MAX}\): The maximum shear force in the beam. - \(M_{MAX}\): The maximum moment in the beam.
Transcribed Image Text:### Beam Analysis Question #### Problem Statement: **Given:** A diagram of Beam #4 is presented, showing a beam of length \(4'\) with the left end fixed and the right end free. The beam has a uniform load, \(w\), distributed across its length, where \(w = 100 \, \frac{2}{LF}\). On the beam diagram: - At the fixed end (left end), there is a reaction force \( u) approximately 100 per linear foot - and points to the left end-fixed wall. #### Question: For Beam #4 shown at left, identify the correct statement(s). a. \( R1 = 400#/LF \). b. \( V_{MAX} = 400# \). c. \( M_{MAX} = 1600 \, \text{ft.lbs} \). d. All of the above. e. Both a & b are correct. --- #### Explanation of Terms: - \(R1\): The reaction force at the fixed end of the beam. - \(V_{MAX}\): The maximum shear force in the beam. - \(M_{MAX}\): The maximum moment in the beam.
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