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Compressive Max strength resistance(Mea to fail (N) 20.92 Twater/Cement Dintension of model number| from shape the model(man) 150x150 x150 Yatio 470800 1 Cubic 0.55 323.82 152600 3-150 M-S00 2 Cylinder 0-55 Discussion: 1. Compare the compressive strength rating obtained from examining cubes with those obtained from Examine the cylinders and find the ratio between them and then between the reasons for the difference.

Compressive Max strength resistance(Mea to fail (N) 20.92 Twater/Cement Dintension of model number| from shape the model(man) 150x150 x150 Yatio 470800 1 Cubic 0.55 323.82 152600 3-150 M-S00 2 Cylinder 0-55 Discussion: 1. Compare the compressive strength rating obtained from examining cubes with those obtained from Examine the cylinders and find the ratio between them and then between the reasons for the difference.

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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Compressive Maxstrength Dintension of model number| from shape resistance(Mea to fail (N) 20.92 1470800 323.82 152600 water/Cement the modelCmm) 150x150 x150 ratio 1 Cubic 0.55 0-150 h S00 2 Cylinder 0:55 Discussion: 1. Compare the compressive strength rating obtained from examining cubes with those obtained from Examine the cylinders and find the ratio between them and then between the reasons for the difference. 2. Draw a curve showing the relationship between compressive strength and water/cement ratio for each of the cubes. and cylinders and state your conclusions from them. 3. Is it better to estimate the compressive strength using a cube or a cylinder? And why?
Transcribed Image Text:Compressive Maxstrength Dintension of model number| from shape resistance(Mea to fail (N) 20.92 1470800 323.82 152600 water/Cement the modelCmm) 150x150 x150 ratio 1 Cubic 0.55 0-150 h S00 2 Cylinder 0:55 Discussion: 1. Compare the compressive strength rating obtained from examining cubes with those obtained from Examine the cylinders and find the ratio between them and then between the reasons for the difference. 2. Draw a curve showing the relationship between compressive strength and water/cement ratio for each of the cubes. and cylinders and state your conclusions from them. 3. Is it better to estimate the compressive strength using a cube or a cylinder? And why?
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