Q3-The following data were found for fine aggregates sample; Weight of Pycnometer with SSD aggregates is 224.1 gm, weight of pycnometer filled with water is 679.5 gm, Pycnometer filled with aggregates and water is 710.1, weight of pycnometer with dry aggregates is 222.5 gm and weight of pycnometer is 179.8 gm. Determine: Dry bulk specific gravity, SSD specific gravity, and Apparent specific gravity of the fine aggregates. If the bulk unit weight of this aggregates is 16.5 kN/m, determine the weight of aggregates filling the compacted cylinder has a diameter of 35 cm and height of 60 cm.

College Physics
10th Edition
ISBN:9781285737027
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter9: Solids And Fluids
Section: Chapter Questions
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Q3-The following data were found for fine aggregates sample; Weight of
Pycnometer with SSD aggregates is 224.1 gm, weight of pycnometer filled with
water is 679.5 gm, Pycnometer filled with aggregates and water is 710.1, weight
of pycnometer with dry aggregates is 222.5 gm and weight of pycnometer is 179.8
gm. Determine: Dry bulk specific gravity, SSD specific gravity, and Apparent
specific gravity of the fine aggregates.
If the bulk unit weight of this aggregates is 16.5 kN/m', determine the weight of
aggregates filling the compacted cylinder has a diameter of 35 cm and height of
60 cm.
Transcribed Image Text:Q3-The following data were found for fine aggregates sample; Weight of Pycnometer with SSD aggregates is 224.1 gm, weight of pycnometer filled with water is 679.5 gm, Pycnometer filled with aggregates and water is 710.1, weight of pycnometer with dry aggregates is 222.5 gm and weight of pycnometer is 179.8 gm. Determine: Dry bulk specific gravity, SSD specific gravity, and Apparent specific gravity of the fine aggregates. If the bulk unit weight of this aggregates is 16.5 kN/m', determine the weight of aggregates filling the compacted cylinder has a diameter of 35 cm and height of 60 cm.
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