2. Solve the following problems. A. Given properties of cement, sand and gravel is presented in the table below: Specific Density, Materials Gravity, kg/m3 Gs Cement 3.22 1510 Sand 2.75 1688 Gravel 2.58 1529 Solve for the number of bags, volume of sand, 3 gravel and water for a 35m of concrete.

2. Solve the following problems. A. Given properties of cement, sand and gravel is presented in the table below: Specific Density, Materials Gravity, kg/m3 Gs Cement 3.22 1510 Sand 2.75 1688 Gravel 2.58 1529 Solve for the number of bags, volume of sand, 3 gravel and water for a 35m of concrete.

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

See similar textbooks

Similar questions

Need answer for this please
What is the w/cm for the following 1 m3 batch of concrete? Express your answer with 2 decimal places. Material Batch mass, kg Cement 250 Pozzolan 84 Fine aggregate (absorption 0.8%. moisture content, 4%) Coarse aggregate (absorption 0.4%. moisture content 1.5%) Water added to the batch mix 623 1177 116
I need answer for this please.
Given properties of cement, sand and gravel is presented in the table below: Specific Density, Materials Gravity, kg/m3 Gs Cement 3.21 1,541 Sand 2.60 1,686 Gravel 2.72 1,524 Use 1:2:4 mix design ratio and 52.05 liter of water per 2 bags of cement. Solve for the number of bags for a 31.89m³ of concrete. Where 1 ft = 0.023 m3 %3D
4. From the given data shown in the table below, determine the effective specific gravity of aggregates. Round off to two decimal places.
From the given data shown in the table below, determine the effective specific gravity of aggregates. Round off to two decimal places.
Instruction: Please provide complete solutions and box final answers.
20 The figure below shows relative frequency histogram for 50 concrete cubes classified according to compressive strength of the cubes. While x- axis represents the class midpoints of compressive strength, y-axis represents relative frequency for concrete cubes. Determine the harmonic mean of compressive strength * .of the cubes Relative Frequency Chart 0.45 0.4 0.35 0.3 0.25 능 0.2 7 0.15 0.1 0.05 25.5 35.5 45.5 55.5 Class Midpoints of Compressive Strength Relative Frequency for Concrete Cubes
determine the effective specific gravity of aggregates. DATA: Specific Gravity: Fine Agg = 2.603 Coarse Agg = 2.740 Asphalt Cement = 1.048 Percent By Weight: Fine Agg = 47.90 Coarse Agg= 47.78 Asphalt Cement= 100-FA-CA
The table below shows the properties of materials required to design a concrete mix. It is required to:a- Make a complete mix design.b- Express the proportions by volume for water, coarse aggregate, and fine aggregate, knowning that weight of 1 m3 gravel = 1760 kg/m3 and weight of 1 m3 sand = 1600 kg/m3.c- From the designed mix it is required to make a trial mix enough for six standard cubes (15 cm x 15 cm x 15 cm), six standard cylinders (d = 15 cm, h = 30 cm), and three standard beams (15 cm x 15 cm x 70 cm). what are the proportions of this mix? Using BSI Method only
It is required to produce 27.6 cu.m. of concrete mix with a mixture of 1:1.5: 3 using 40 kg (per bag) of Portland cement having the following properties. Materials Specific gravity density 1510 kg/m³ Cement 3.15 Sand 2.68 1675 kg/m³ Gravel 2.55 1530 kg/m³ Water = 28 liters per bag of cement Assume one bag of cement per 0.025 cu.m. of concrete. a) Compute the total number of bag of cement needed. b) compute the total number of liters of water needed.