It depends on the required grade of concrete, you need to know the particular grade.
The three grades specify the ratios of Cement : Stone : Sand.
M15 = M150 = 1 : 2 : 4
M20 = M200 = 1 : 1.5 : 3
M25 = M250 = 1 : 1 : 2
As you can see there is always two parts sand to one part stone. Higher grades have more cement. So the ratio of stone to the whole is 2:7, 3:11, and 1:4. The percentages are 28.6%, 27.3%, and 25.0%.
For plain cement concrete, the aggregate used is of size 20 mm. For RCC structures, it is 40mm and for roads, it is 80mm
please define your question again. Different concrete mixes have different cement consumptions depending upon their design mix.
The mass of a cubic metre of concrete is 2250-2400 kilograms.
1445
The Question is mistake. The Question is How much sand and aggregate required for the one cubic meter of M20 grade concrete? Answer :- 20mm aggregate = 0.90M3 Sand = 0.45M3 to 0.5M3 depond on the Bulk density of Sand Cement = 320kg
One ton
A typical mixture of concrete will be 10 to 15% cement, 60 to 75% aggregate, and 15 to 20% water.
For plain cement concrete, the aggregate used is of size 20 mm. For RCC structures, it is 40mm and for roads, it is 80mm
I'm assuming by bricki you mean aggregate? There are several different mixes of concrete that yield different strengths. One of the more common mixes is a 3/2/1 mix this combines 3 parts aggregate (crushed stone), 2 parts sand and 1 part portland cement. with this mixture to make 1 cubic meter of concrete you will need almost 1/2 cubic meter of aggregate, 1/3 cubic meter sand and 1/6 cubic meter portland cement mixed with about 75 liters of water. Different mixes use varying amounts of stone though the sand and cement mixture stays between 1 1/2 : 1 to 2:1
The density of aggregate can vary, but on average it is around 1.5 tonnes per cubic meter. Therefore, 1 cubic meter of aggregate would weigh approximately 1500 kg.
it should depend in which construction you going to be used the concrete....means it is used in a house or in a big project like a massive dam...........like the ratio of "C:S:A "C= CEMENT S= SAND(FINE AGREEGATE) A=AGREEGATE (COARSE AGG)IN SOME TIME IT USED AS THE RATIO OF 1:2:4OR 1:1.5:3 AND RATIO IS USED TO FIND THE QUANTITY OF SAD AND AGREEGATE...............1 cubic feet of concrete requires how much coarse aggregate and fine aggregate?ANSWER :Grade is M20 and ratio for M 20 is 1:1.5:3void ratio for cement is 100 % compressivevoid ratio for fine aggregate 20 %void ratio for coarse aggregate 32% , from IS codeNOTE : (that means cement have compressive in 100%fine Aggregate needs compressive in 20 %coarse Aggregate needs compressive 10 32 % , from IS code )total ratio for mix is 1.52cement = 1fine aggregate = 1.5coarse aggregate = 3total is 1 + 1.5 + 3 = 5.5take now all dimension meter only , convert it in feet with end of the solutionCEMENT = [(1 X 1 X 1.52 X) / 5.5 ]= 0.28 m³1 is required quantityAnother 1 is cement ratio1.52 is total compressive for concreteTotal ratio is 5.550 Kg per bag of cement is 0.0347 m³No of bags required for 1 m³ of concrete is.28 m³ / .0347 m³ = 8.07 bags take 8 bagsCEMENT = 9.88 cubic feetFINE AGGREGATE = [ ( 1 X 1.5 X 1.52 ) / 5.5 ) = 0.41 m³Here 1.5 is fine aggregate ratio , remaining is same as above.1 m³ = 35.29 cubic feet1 cubic feet = .03 m³F.AGG = 14.47 cubic feetCOARSE AGGREGATE = [ ( 1 X 3 X 1.52 ) / 5.5 ) = 0.83 m³Here 3 is ratio of coarse aggregateC. AGGREGATE = 29.29 cubic feetANS :CEMENT = 9.88 cubic feetF.AGG = 14.47 cubic feetC. AGGREGATE = 29.29 cubic feetNote : [ 100 cubic feet is 1 brass1 m³ = 35.29 f³1 f3 = 1 m³ / 35.29 = 0.03 m³
The weight of 10mm aggregate in 1 cubic meter depends on the density of the aggregate. On average, the density of 10mm aggregate is around 1.4 to 1.6 tonnes per cubic meter. So, the weight would be between 1,400 to 1,600 kg.
varies due to moisture content of aggregate and stiffnes of mix needed (slump)
please define your question again. Different concrete mixes have different cement consumptions depending upon their design mix.
concrete 2400 Kg/m3aluminun 2712 Kg/m3
The amount of rebar in a cubic meter of concrete can vary depending on the design specifications of the concrete structure. Typically, rebar makes up around 1-2% of the total volume of concrete, so in a cubic meter of concrete, there may be around 20-40 kilograms of rebar.
The mass of a cubic metre of concrete is 2250-2400 kilograms.