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determining the weight of the beam." The main focus should be on the weight of the beam. Your task is to EXPAND THE EXPLANATION OF THE EXPERIMENT regarding the determination of the beam's weight.   See attached pictures.

determining the weight of the beam." The main focus should be on the weight of the beam. Your task is to EXPAND THE EXPLANATION OF THE EXPERIMENT regarding the determination of the beam's weight.   See attached pictures.

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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Please prioritize your attention on "determining the weight of the beam." The main focus should be on the weight of the beam. Your task is to EXPAND THE EXPLANATION OF THE EXPERIMENT regarding the determination of the beam's weight.

 

See attached pictures.

 

no weight 22.5cm 22. Jury L og left mass 8-5m 24cm 509 Era 09 09 right mass 17cm 24cm log lept m mass 14cm no pan right 7. Song
Transcribed Image Text:no weight 22.5cm 22. Jury L og left mass 8-5m 24cm 509 Era 09 09 right mass 17cm 24cm log lept m mass 14cm no pan right 7. Song
Determining the Weight of the Beam 1. Use the second hole in the beam as the axis of rotation so that the center of gravity of the beam does not pass through the new axis of rotation. 2. Place mass mi on P₁. Adjust its location so that the system will be in equilibrium, as shown in Figure 4. 3. Measure the distance of P, and We from the axis of rotation. Mark it as L and L₁, respectively. 4. Compute the mass of the beam, me Continue: W₁ We Figure 4 For the second part of the experiment, a weight of 50 grams considered W₁, was placed on P1 which is on the left side of the beam.
Transcribed Image Text:Determining the Weight of the Beam 1. Use the second hole in the beam as the axis of rotation so that the center of gravity of the beam does not pass through the new axis of rotation. 2. Place mass mi on P₁. Adjust its location so that the system will be in equilibrium, as shown in Figure 4. 3. Measure the distance of P, and We from the axis of rotation. Mark it as L and L₁, respectively. 4. Compute the mass of the beam, me Continue: W₁ We Figure 4 For the second part of the experiment, a weight of 50 grams considered W₁, was placed on P1 which is on the left side of the beam.
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