one cubic meter of concrete equals 30 bags(approximately) The exact answer is 28.8 bags of 50kg cement bags. Typical Portland Cement has a density of 94 lbs/cubic foot, which translates to 1505 kg / cubic meter. So, divide 1505 kg by the weight of a "bag" of cement in kg. --------------------------------------------------------------------------------------------- Seems to be perhaps a little confusion here between concrete and cement. Cement is the powder we mix with aggregate to make concrete. Cement varies in density as much as 100%, i.e. it can double in density. From the above URL one 94lb bag is taken to be 1 cu ft for building purposes. 1 cu metre = 35.3146667 cu ft and therefore 1 cu meter of CEMENT is that many 94lb (42kg) bags. Hence the answer for how many Cement bags in 1 cu m = 35.3 94lb bags. It would make more sense if the query was directed towards finding how many bags of cement are required for 1 cu meter of CONCRETE. This depends, of course, on the chosen concrete mix. They vary widely. A most common mix is 1:2:3 - 1 part cement, 2 parts sand, three parts aggregate all by volume. In concrete making the dry ingredients shrink during the process as they compact together. It is found necessary to commence with 1.6 cu m of dry material to finish with 1 cu meter of concrete. 1.6 cu m = 56.5034 cu ft of which the cement portion should be 1/6 for a 1:2:3 mix. 56.5034/6 = 9.4172 cu ft and therefore 9.4172 1 cu ft, 94lb or 42kg bags are required or round about 20 of the usual household DIY worker's 20kg bags here in Australia. Hence the answer for how many bags of cement to make 1 cu m of (1:2:3) concrete is 20 20kg bags. These answers are not precise because of the nature of cement. Refer again to the Portland Cement Association website and their remarks on density.
Well, honey, a cubic meter is 1000 liters of space, and if each 20kg bag of sand fills up 0.02 cubic meters, you'd need a whopping 50 bags to fill up that bad boy. So, get ready to break a sweat lugging all that sand around!
To determine how many 20kg bags of cement fit in a 40-foot container, we first need the container's volume. A standard 40-foot container has a volume of about 67.7 cubic meters. Assuming the average size of a 20kg bag of cement is approximately 0.025 cubic meters, you can fit around 2,708 bags in a 40-foot container, considering space efficiency and packaging constraints. However, actual numbers may vary based on the specific dimensions and arrangement of the bags.
0.1865 bag
there are 108 20kg bags of concrete to 1 cu mtr. If your making your own mix using dry mix concrete requiring cement and water, and your making a mix ratio of 5:1, then you divide 108 by 6 = 18. therefore: 18x20kg bags of cement to 1800kgs of dry concrete mix.
It is not possible to answer the question without knowing the density (specific gravity) of the mayerial. The more dense the substance, the fewer bags you will need.
If a 20kg bag of cement=0.1m3 with 100 lots o 0.01 to 1m3 then you will need 12.5 bags per m3. So you need approx 11.5m3 of sand and 144 bags of cement (144 x 0.01 = 1.44m3) to give you a total of 12.94m3
Usually for a design mix as per Indian Standards when the mix proportions are arrived for M25,the total cement consumption will be around 400 kg.From that the number of cement bags will be 8 numbers for 1 cum
A 20kg bag of concrete costs about $20 at most hardware and building supply stores. You can buy it in much larger quantities mixed and poured for a much lower price per kilogram. You can buy either Portland cement or pre-mix concrete in bags at the hardware store. Concrete is a mixture: gravel and cement with varying sizes of gravel and proportions of elements depending on the application. If you do it yourself, you have to figure in the cost of the gravel, delivery fees, and "sweat equity" of the project. I agree that calling the guys with the spinning truck to deliver the correct mixture is a better deal.
A 20 kg bag of dry mix concrete typically yields approximately 0.01 to 0.015 cubic meters (or about 10 to 15 liters) of mixed concrete, depending on the specific mix and water content used. This can vary slightly based on the manufacturer and specific product. Always refer to the bag's instructions for the most accurate yield information.
No, 20kg of lead and 20kg of feathers would have the same mass in vacuum since both are 20kg. Gravity does not affect mass.
20kg is equal to 20,000g.