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let volume of concrete - 1cum total ratio- 1+1.5+3 = 5.5 cement = 1x1.54/5.5 = 0.28 cum so cement is =0.28x 1440Kg/cum = 403.2 Kg = 8.064 bags sand-0.28*1.5= 0.42cum aggregate- 2.8*3= 0.84 cum 2. plaster = suppose 12mm palster consider 1 sqm ratio is 1:6 volume of concrete= .012x1= .012cum ( per 1sqm)
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Answer (1 of 2): Actual constituents of cement, sand & coarse aggregate depends on grade of concrete i.e. M20, M25 etc. Let us calculate for M20 grade of concrete. Nominal mix volume is in ratio of 1:1.5:3. Dry volume is normally 1.5 times cast volume. Hence, quantity of cement required = 1×1....
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Providing Sand Gravel Mix- Cum Sand 20.00 Cft Gravel 40.00 Cft; WBM - 75mm tk - 1st Layer - 10 Sqm Metel(60-40 mm) 35.00 Cft Gravel 10.00 Cft; Pressed Tiles - Sqm 20.00 Nos; Hollow Block - 200mm tk 14.00 Nos. CONCRETE MIX RATIO CONVERSION TABLE OF : 1 RM 3.28 Rft; 1 Sqm 10.76 Sft; 1 Cum 35.32 Cft; 1 Inch 2.54 cm; 1 sft 0.09Sqm; 1 Acre ...
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Concrete work productivity rate are the average output per hour of the activity. Each activity has a recommended list of teams for labor and equipment. ... 1: Base, granolithic: 25 mm x 127mm: Incld. forms & rebar: Linear Meters: 0.125 2.000 1.000 1.000 1.000 2.000: Foreman Mason Carpenter Steelman Laborer Finishing Eqpt:
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You can also estimate the quantity of sand and gravel required by weight; Simply multiply the volumetric quantity of sand and gravel with 1400 kg/m 3 (bulk density of sand) and 1600 kg/m 3 (bulk density of stone) respectively, when calculating in metric units.
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So 1.54 Cum of dry materials (cement, sand and aggregate) is required to produce 1 Cum of concrete Volume of Cement required = 1/ (1+2+4) X 1.54 = 1/7 X 1.54 = 0.22 Cum Volume of Sand required = 2/7 X 1.54 = 0.44 Cum or 15.53 cft Volume of Aggregate required = 4/7 X 1.54 = 0.88 Cum or 31.05 cft Note: 1 cubic meter = 35.29 cubic feet
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From the quantities of water and cement per unit volume of concrete and the percentage of sand already determined in steps 6 and 7 above, calculate the content of coarse and fine aggregates per unit volume of concrete from the following relations: where V = absolute volume of concrete = gross volume (1m3) minus the volume of entrapped air
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Cement = 0.043 × 28.8 = 1.238 bags ( Numbers of cement bags in 1 Cum = 28.8 ) Sand = 0.043 × 6 = 0.258 cum. But as the cement will go to fill up the voids in the sand, 0.045 cum of cement and 0.27 cum of sand may be taken. I hope now you understood how to calculate quantity of materials in brickwork.
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When stretched, the tendrils within the concrete fall apart. Standard Portland cement concrete has a compressive strength of 3,000 to 6,000 pounds per square inch (psi), or about 20,684.27 to 41,368.54 kilopascals (kPa). In contrast, its tensile strength is only 300 to 700 psi (2,757.9 to 4,826.33 kPa).
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1 Cubic meter volume slab. By taking length of slab = 3m. Width of the slab is = 3.34m. And thickness of slab = 0.1m. The volume of concrete = length of slab X Width of slab X Thickness of slab. =3X3.34X0.1. =1m3. Mix ratio of M20 grade concrete is 1:1.5:3 and w/c is 0.5. Here Cement ratio (CR) = 1.
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Cement = 1440 kg/cum ; Fine Aggregate = 1600 kg/cum ; Coarse Aggregate = 1450 kg/cum ; Water = 1000 kg/cum. The dry loose density varies for. Considering a concrete mix proportion (by volume) of 1:2:4. i.e., Cement: Fine aggregate (Sand) : Coarse Aggregate is in the ratio of 1:2:4 by volume. Cement required = 01 bag = 50 kg ~ 36 liters or 0.036 cum
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Step 1: Calculate the Volume of Concrete. Total Volume of Concrete for above given column is 1.2 x 0.3 x 4.2 = 1.512 m 3. Step 2: Calculate the steel quantity using formula. As per the above table, the steel quantity of column is 2.5% of the total volume of concrete utilized. Thumb rule to calculate Steel quantity of above slab = Volume of ...
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Source: Table 403.1; CABO One- and Two- Family Dwelling Code; 1995. More footing dimensions: Footing thickness - 8 to 12 inches; Footing depth - varies based on frost line and soil strength (some footings can be shallow, while other must be deep) ; Concrete Calculator - Figure out how much concrete you'll need for your footings.. You can look up the recommended footing size, based on the size ...
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number of retaining wall blocks = 36 * 8 = 288 total cost of blocks = 5$ * 288 = 1,440$ backfill volume = 12in * 360in * 120in = 518,400in³ = 300ft³ = 11.11yd³ backfill gravel weight = 84.03lb/ft³ * 300ft³ = 25,208lb total cost of backfill gravel = 2$ * 25,208lb = 10,373.06$
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1 Cement bag contains = 50 kg cement Amount of Sand Required Sand Volume = Sand Ratio Sum of Ratio × Wet Volume of Mix = 1.5 5.5 × 426.72 = 116.38 m 3 Sand in Kg = Sand Volume × 1550 = 116.38 × 1550 = 180386.18 kg Sand in Ton = Sand in Kg. 1000 = 180386.18 1000 = 180.39 Ton Note: By considering dry loose bulk density of sand = 1550 kg/m3.
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Handy guide on factors to multiply per cubic on different concrete class mixtures. Just multiply each factor to the total volume (in cubic meter) and you'll get the needed amount of cement (40Kg/bag), sand (cu.m.) and gravel (cu.m.). The following factors were already added an average wastage add-ons of around 5% to 8%.
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Unit volume. 0.444 cubic yards (12 ft 3) Total volume. 0.444 cubic yards (12 ft 3) Concrete needed. 0.80 tons (1,596 lbs) Concrete needed (bags) 19.95 bags of 80 lbs each, or 26.59 bags of 60 lbs each, or 39.89 bags of 40 lbs each. Share calculator:
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All calculations of Reinforcement Cement Concrete for rate analysis. This calculation calculates of cement, sand, Aggregate, and Reinforcement (RCC = Cement + Sand + Aggregate + Reinforcement mixture this call RCC) for materials. RCC is used a sum different proportions 1:0.5:1, 1:1:2, 1:1.5:3, 1:2:4, 1:3:6 etc. (1 cement: 1.5 Sand: 3 Aggregate ...
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their is additional 13 rupees for beam more than 6 metres or sloping roof like dome. NOTE that the rate in BSR is per square metres, we simply convert it into square feet by multiply it with 3.28*3.28 or 10.76 or vice versa. Example: 1 sqm to sqft —- 1 3.28 3.28 = 10.7584 sqft.
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The main concrete calculator page. The 4:1 strength concrete mixing formula applies the measuring portions in volume sense (e.g. 4 buckets of concrete aggregate, which consists of gravel and sand, with 1 bucket of cement.) In order not to end up with a too wet concrete, add water gradually as the mixing progresses.
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Where 1 signifies the ratio of cement, 2 signify the ratio of sand (fine aggregate) and 4 for coarse aggregate (crushed stone). Dry volume = wet volume x 1.54. Determine crushed stone, cement and sand in PCC work. Concrete ratio is 1:2:4. Material is equal to material ratio/ratio sum x dry volume. Cement is equal to 1/1 + 2 + 4 x wet volume x 1.54
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Water = 1.7 kg Fine aggregate = 5.8 kg Coarse aggregate = 8.4 kg This trial will make about 20 kg of concrete; enough for slump and Vebe tests. 15-Miscellaneous Material Cement Water Coarse agg. ... 8.1-Cement content 3457 kg/m3 Say 457 kg/m 8.2-Maximum specified cement content NS
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to voids present in sand and aggregates in dry stage. Therefore, for our calculation, we will consider the total volume of materials required as 1.54 m3for 1 m3of wet concrete. a) Bags of cement required: Volume of cement required for l m3of Concrete = 1x1.54 ------------ =0.28 cum 1+1.5 + 3 1 Bag of Cement -50 Kg Cement Density=1440 Kg/Cum
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PCC Volume Calculator. Plain Cement Concrete (PCC) is composed mixture of cement, aggregates, sand, water and chemical admixtures. Calculate portland cement concrete or PCC concrete mix design ratio in Cft and determine exactly how much quantity of cement, sand and aggregate is required for PCC construction. Cubic Meters. Material. Coeff/. Cu.M.
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TMT Steel bars required for RCC Foundation, Beam, Slabs, Columns etc. The standard ratio for steel to concrete is 100:130. ... Chlorides reduces the strength in concrete. Aggregates should be fine and as per requirement in RCC. Mixture should be even and there should not be any lumps to it. ... Concrete Grade: Proportion of Cement : Sand ...
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For 1 cum = 622.27/2.83 =Rs. 219.88 219.88 /1 cum Or Say 219.90 / 1 cum 7 Extra lead of 25m or part there of over the initial lead of 50m for earth work in all kinds of embankment and road works and ordinary earth work in general. a) 50m to 75m i) Labour Man Mulia 3 nos Each 55.00 165.00 ii) Overhead Charges @ 10 % on (i) - - - 16.50
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Concrete Calculator for Stairs - Metric. To calculate the amount of concrete needed with this calculator for stairs, you need to know the rise, run, throat depth, and the width of the stairs. The throat depth of the stairs is measured from the point where the rise and run cuts meet on the inside cut, to the compacted gravel, or inside form, below.
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The concrete commonly used to make concrete blocks is a mixture of powdered portland cement, water, sand, and gravel. This produces a light gray block with a fine surface texture and a high compressive strength. A typical concrete block weighs 38-43 lb (17.2-19.5 kg).
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1/22/2014 10 Calculating sand & stone to yield 27ft3 of concrete •Assume this concrete needs to haveAssume this concrete needs to have Sand / Aggregate ratio of 0 42Sand / Aggregate ratio of 0.42 Volume of Sand 042 Total Volume of Aggregate = 0.42 Volume of Sand Volume of Sand = 7.68 ft3 18.28 ft3 = 0.42 Calculating pounds of sand Pounds of ...
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Now we start calculation to find Cement, Sand and Aggregate quality in 1 cubic meter of concrete CALCULATION FOR CEMENT QUANTITY Cement= (1/5.5) x 1.54 = 0.28 m3 ∴ 1 is a part of cement, 5.5 is sum of ratio Density of Cement is 1440/m3 = 0.28 x 1440 = 403.2 kg We know each bag of cement is 50 kg For Numbers of Bags = 403.2/50 = 8 Bags
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say i cum of cement conceret 1:2:4 ratio cement = 6.33 bags sand = 0.46 cums metal = 0.88 cums this is one type of solution unit weight of cement is 1440kg/cum sand 1660 to 1800kg/cum Unit weight of metal is 1630kg to 2000kg/cum so cenment = 1.54/7=0.22 .22*1440=316.82 kgs/cum sand = .44*1750=770kgs/cum metal = .88*2000=1760kgs/cum
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4.0 Concrete Work 5.0 Reinforced Cement Concrete Work 6.0 Work 7.0 Stone Work 8.0 Marble Work 9.0 Wood Work and PVC Work 10.0 Steel Work 11.0 Flooring One 12.0 Roofing 13.0 Finishing 14.0 Repairs to Buildings 15.0 Dismantling and Demolishing 16.0 Road Work 17.0 Sanitary Installation 18.0 Water Supply 19.0 Drainage 20.0 Pile Work
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The volume of a rectangular cross sectional member can be calculated as length x width x height (or depth or thickness). Quantity of materials such as cement, sand, coarse aggregates and water...
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Architecture (36) MASONRY CONSTRUCTION (2) Work (11) CALCULATE QUANTITIES OF MATERIALS FOR CONCRETE (1) civil work (12) Civil-Engineering (27) Column (1) Concrete Mix Design (1) Cost and Quantity of 1000 Sq.ft Concrete Slab. (1) Damp-Proofing and Water-Proofing. (1) Difference Between One Way Slab and Two Way Slab. (1) different ...
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The volume of mortar required = 0.03 x 150 = 4.5 m 3. Typical mix ratio for mortar (laying of blocks) is 1:6. Cement requirement. Quantity of cement required = 1/7 x 1440 kg/m 3 = 205.71 kg. Making allowance for shrinkage between fresh and wet concrete = 1.54 x 205.71 = 316.79 kg. Quantity of cement required in bags = 316.79/50 = 6.33 bags.
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A structural building material used to make walls and slabs. Much stronger than mortar. Made from a mixture of Portland cement, water, and aggregate of various sizes. Available in several different formulations. Concrete is a complete building material used for foundation walls, concrete slabs, patios, and many other masonry structures.
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For M25 - 1 part of cement, 1 part of sand and 2 part of aggregate. Density of materials. Cement - 1440 kg/m 3. Dry Sand - 1540 to 1600 kg/m 3. Aggregate - 1560 to 1600 kg/m 3. Wet to Dry Conversion. Dry Volume = Wet Volume + 54% of wet volume Dry Volume = Wet Volume x 1.54. How to calculate quantity for 10 cubic meter concrete.
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* then the amount of water (generally between 130 and 150 Litres for 1m3 of concrete) * and lastly, if required, the amount of additives (a few Kilograms for 1m3 of concrete). One cubic metre of concrete weighs 2.5 Tonnes. Typically, 1m3 of concrete is made up of 350Kg of cement, 700Kg of sand, 1,200Kg of chippings and 150 Litres of water.
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mix ratio for m25 concrete = 1:1:2. We have to do following calculating steps:- Step 1 :-we have wet volume of concrete is equal to 1 cubic metre (1m3), but when we calculate actual quantity of dry ingredient cement, sand and aggregate of concrete we have to calculate dry volume of concrete. For converting wet volume to dry volume of concrete we will multiply 1.54 in wet volume of concrete ...
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A concrete mix ratio is usually expressed by a set of numbers separated by colons, as is the case with a 1:2:3 ratio. This tells the mixer that they need to add 1 part cement powder, 2 parts sand, and 3 parts aggregate in order to create the desired concrete consistency. Water is not included in these ratios, though, because it can vary more ...
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