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What sieve size is the dividing line between fine aggregates (sand) and coarse aggregates (gravel) used in concrete? ON 25 mm O B) 12.5 mm O0 14 mm OD) 5 mm

What sieve size is the dividing line between fine aggregates (sand) and coarse aggregates (gravel) used in concrete? ON 25 mm O B) 12.5 mm O0 14 mm OD) 5 mm

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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What sieve size is the dividing line between fine aggregates (sand) and coarse aggregates (gravel) used in concrete? O A) 25 mm O B) 12.5 mm OO 14 mm D) 5 mm Concrete is required for an exterior column exposed to severe freeze thaw cycles. The water to cementitious materials ratio is 0.37. If 120.1 kg of water is to be added to the mix, what is the batch weight of the cement? O A) 427.1 kg O B) 324.6 kg OC) 335.0 kg O D) 320.0 kg In Lab 6, a pycnometer was filled with water and then sand to determine the value of the fine aggregate: O A) Relative Density O B) Bulk Density OO Absorption O D) Moisture Content If you wanted to design a concrete mix using the minimum allowed water/cement ratio, determine the mass of cement required if 150 kg of water is used in the mix: O A) 600 kg O B) 400 kg OO 500 kg OD) 300 kg O O
Transcribed Image Text:What sieve size is the dividing line between fine aggregates (sand) and coarse aggregates (gravel) used in concrete? O A) 25 mm O B) 12.5 mm OO 14 mm D) 5 mm Concrete is required for an exterior column exposed to severe freeze thaw cycles. The water to cementitious materials ratio is 0.37. If 120.1 kg of water is to be added to the mix, what is the batch weight of the cement? O A) 427.1 kg O B) 324.6 kg OC) 335.0 kg O D) 320.0 kg In Lab 6, a pycnometer was filled with water and then sand to determine the value of the fine aggregate: O A) Relative Density O B) Bulk Density OO Absorption O D) Moisture Content If you wanted to design a concrete mix using the minimum allowed water/cement ratio, determine the mass of cement required if 150 kg of water is used in the mix: O A) 600 kg O B) 400 kg OO 500 kg OD) 300 kg O O
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