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 1:2:4
OR 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 1:1.5:3
void ratio for cement is 100 % compressive
void ratio for fine aggregate 20 %
void ratio for coarse aggregate 32% , from IS code
NOTE : (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 1.52
cement = 1
fine aggregate = 1.5
coarse aggregate = 3
total is 1 + 1.5 + 3 = 5.5
take now all dimension meter only , convert it in feet with end of the solution
CEMENT = [(1 X 1 X 1.52 X) / 5.5 ]= 0.28 m³
1 is required quantity
Another 1 is cement ratio
1.52 is total compressive for concrete
Total ratio is 5.5
50 Kg per bag of cement is 0.0347 m³
No of bags required for 1 m³ of concrete is
.28 m³ / .0347 m³ = 8.07 bags take 8 bags
CEMENT = 9.88 cubic feet
FINE AGGREGATE = [ ( 1 X 1.5 X 1.52 ) / 5.5 ) = 0.41 m³
Here 1.5 is fine aggregate ratio , remaining is same as above.
1 m³ = 35.29 cubic feet
1 cubic feet = .03 m³
F.AGG = 14.47 cubic feet
COARSE AGGREGATE = [ ( 1 X 3 X 1.52 ) / 5.5 ) = 0.83 m³
Here 3 is ratio of coarse aggregate
C. AGGREGATE = 29.29 cubic feet
ANS :
CEMENT = 9.88 cubic feet
F.AGG = 14.47 cubic feet
C. AGGREGATE = 29.29 cubic feet
Note : [ 100 cubic feet is 1 brass
1 m³ = 35.29 f³
1 f3 = 1 m³ / 35.29 = 0.03 m³
To produce 1 cubic meter of concrete, the typical mix design requires approximately 1.5 to 2 cubic meters of sand and aggregate combined, depending on the specific mix ratio. A common mix ratio is 1 part cement, 2 parts sand, and 3 parts aggregate, which translates to about 0.5 cubic meters of sand and 0.75 cubic meters of aggregate. However, the exact quantities can vary based on the desired strength and application of the concrete. Always refer to a specific mix design for precise measurements.
One ton
The weight of coarse aggregate required to fill one cubic meter depends on its density, which typically ranges from 1,500 to 2,500 kilograms per cubic meter. Therefore, one cubic meter of coarse aggregate generally weighs between 1.5 to 2.5 tonnes. For example, if using a density of 2,000 kg/m³, one cubic meter would equal 2 tonnes. Always check the specific density of the material being used for accurate calculations.
The weight of 1 cubic meter of coarse aggregate typically ranges from 1,500 to 2,000 kilograms, depending on the type and specific gravity of the aggregate. Common materials like gravel or crushed stone fall within this range. Factors such as moisture content and particle size can also influence the weight.
For plain cement concrete, the aggregate used is of size 20 mm. For RCC structures, it is 40mm and for roads, it is 80mm
You need six cubic feet of aggregate!You need six cubic feet of aggregate!You need six cubic feet of aggregate!You need six cubic feet of aggregate!
A typical mixture of concrete will be 10 to 15% cement, 60 to 75% aggregate, and 15 to 20% water.
please define your question again. Different concrete mixes have different cement consumptions depending upon their design mix.
Cement comes in bags that weigh 94 lbs. The volume of the bag is approximately 1 cubic foot. If you want to mix concrete which is a mixture of a coarse aggregate (gravel) and a fine aggregate (sand) and something to bond the two aggregates together (cement) then firstly you need to know the strength concrete that you require. For 1 cubic yard of 3000psi (pounds per square inch) strength you will need about 6 bags cement 12 cubic feet of sand and 24 cubic feet of gravel. Rule of thumb is the ratio should be 1:2:4 (cement:sand:gravel)
The weight varies depending on the size of the crushed concrete. Large pieces typically have a calculated weight range of 120 to 130 lbs per cubic foot (i.e. rip rap, rubble) while smaller pieces have a calculated weight range of 135 to 145 lbs per cubic foot (i.e roadbase, soil stabilizer). The reason for the difference is that a cubic foot of large aggregate is not as dense and small aggregate because large aggregate does not compact as tightly as the small rock, creating voids between the aggregate.
A cubic meter of concrete typically weighs about 2.4 tons, which includes the weight of the aggregate (stone), cement, water, and any additives. The stone itself usually represents a significant portion of this weight, but the exact amount can vary depending on the mix design. Generally, the aggregate portion can be around 1.5 to 1.7 tons per cubic meter.
This area requires 2.5 cubic yards.