Easy Cement Calculation: How to Calculate 1 Bag (50kg) Cement Volume in CUM CFT Litre?

If you are from a Construction background then, a question surely hit your mind, How to Calculate 1 Bag (50kg) of Cement Volume in CFT. How many Cubic Feet (CFT) are in one Bag of (50 kg) cement and how the value is derived and from where. To clear this doubt read this article till the end.

Cement is the most important material used in the construction of houses, buildings, and infrastructures like roads, bridges, and another important commercial place like malls, cinemas, etc. Therefore, choosing the best cement company for your type of construction is very important. Similarly, it is also important to know the volume of a bag of cement, since it gives an estimate of the amount of cement you will need to build your structure.

Whether you are a civil engineering student, contractor, operator, or owner, you need to know the volume of cement bags to calculate the volume of a 50 kg bag of cement. Here we have a few different methods that you can try. However, you need to know the basics before you calculate the volume of a cement bag in cubic feet (CFT).

Data Required To Calculate the Volume of One 50 KG Cement Bag

Density of Cement = 1440 kg/m³
1 Bag = 50 kg of Cement
1 m³ = 35.3147 cubic feet (CFT)
Now let’s start with the calculation.

Volume of One 50 KG Cement Bag in Cubic Meters (CUM)

This is a simple form of calculating the volume of a 50 kg bag of cement in cubic meters. So let’s see how it is!

We know the basic formula to evaluate Density. The Formula is –

∴ Density = Mass/Volume.

∴ The density of Cement = (Density of cement bag / Volume of cement bag)

∴ Volume = Density of cement/ Density of cement

∴ Volume = [(50 kg)/(1440 kg/m³)]

After doing this, you will get a result of 0.034722 m³. And that’s all. This is your volume of one 50 KG cement bag in cubic meters.

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Volume of One 50 KG Cement Bag in Cubic Feet (CFT)

Cubic feet (CFT) are the second method for calculating the volume of a cement bag. But before proceeding to check the calculation, we need value of the density of the cement.

So, the Density of Cement is 1440 kg/m³

This means that the amount of cement is 1440 kg in the volume of one cubic meter. Here, we should first calculate the number of cement bags, considering the mass of one cement bag is 5KG.

∴ Number of bags of cement = 1440 (kg/m³)/50 (kg)

∴ Number of bags of cement = 28.8

From this we know the number of bags in one cubic meter, which is 28.8 Bags.

Here, One metric cube (1 m³) is equal to 28.8 Bags —– (i)

Here, One metric cube (1 m³) is equal to 35.3147 cubic feet (CFT) —— (ii)

From (i) and (ii) We can say, 28.8 Bags = 35.3147 cubic feet (CFT)

∴ For one bag = 35.3147/28.8 = 1.226

∴ The volume of one 50 KG bag of cement = 1.226 cubic feet (CFT).

Therefore, the volume of One bag is 1.226 cubic feet.

Now, let’s take one more method into account.

Calculate the Volume of A Cement Bag in Litres

Now we have identified the two most useful methods. So leaving only one way is not the right thing we can consider. So, last but not least, this method will give you information about how to calculate the volume of cement bags in liters. So let’s get started.

First, understand this – 1 M³ is equal to 10³ liters 

So, the volume of one cement bag will be calculated in the following manner. 

∴ 1 Cement Bag Volume = 0.0347 m³ 

∴ 0.034722 × 10³ 

∴ 1 Cement Bag Volume = 34.4722 litres

Here, that’s done!

All these methods of calculating the volume of cement bags are useful at different times. However, one can easily calculate here.

History of Cement

The use of various cementitious materials for building extends back thousands of years to the earliest known civilizations. Here is a quick synopsis of cement’s history:

• Ancient Times: Cement-like substances have been used for construction purposes from the time of the ancient Egyptians, Greeks, and Romans. For the construction of monuments like the Egyptian pyramids and Roman aqueducts, they employed a kind of cement manufactured from lime, volcanic ash, and other natural ingredients.

• Roman Cement: Cement technology saw tremendous breakthroughs throughout the Roman era. They found that mixing lime with volcanic ash, or pozzolana, created a hydraulic cement that could set and harden even while submerged in water. Roman bridges, temples, and amphitheaters all made use of this cement in their magnificent structures.

• Middle Ages: Many regions of Europe lost their understanding of cement manufacture with the fall of the Roman Empire. During this time, lime-based mortars were often utilized in buildings, but less hydraulic cement was being produced.

• 18th Century: The interest in cement manufacture was rekindled in the 18th century by a number of significant advancements. English engineer John Smeaton created a hydraulic lime with improved strength and durability in 1756. His contributions created the groundwork for current cement technology.

• Portland Cement: The invention of Portland cement in the 19th century was the most significant development in the history of cement. Using clay and finely crushed limestone, a British mason named Joseph Aspdin created cement in 1824 that resembled the color of the limestone produced on the Isle of Portland in England. He gave it the name “Portland cement.” This cement gained popularity fast and had better strength.

• Industrial Revolution: Cement manufacturing technologies advanced throughout the 19th-century industrial revolution. The invention of the rotary kiln made it possible to produce cement continuously and on a big scale. A more robust and more consistent cement could be created thanks to an improved production technique.

• Modern Cement Industry: Cement manufacturing witnessed more advances in the 20th century. Gypsum was added during the grinding process in order to control how quickly cement sets. Multiple forms of cement, including Ordinary Portland Cement (OPC) and other mixed cements, were produced to satisfy certain building needs.

Today, cement is an essential building material utilised in a variety of construction projects including infrastructure, buildings, and others. In order to lessen the influence on the environment, efforts are being undertaken to produce more environmentally friendly and sustainable cement compositions. Production techniques have become extremely efficient.

Conclusion

Calculating the volume of a 50 kg cement bag is important to get an estimate of how much cement can come out of the bag. Also, you will know how much cement bag will be needed to build your house, house, commercial building and other infrastructures. So, here we learnt three ways of calculating the volume of 50 Kg cement bag as follows.

Volume of the cement bag using the density formula in Cubic meter.

Volume of a 50 Kg Cement bag in cubic feet (CFT).

Volume of a 50 Kg Cement bag in in Litres.

In our opinion, the density method is the best and easiest to understand. However, you can choose your preferred method and share your thoughts about it in the comment section.

Reference Video

If you want detailed knowledge, then watch this Reference video on YouTube Channel: Learning Civil Technology. Because many important points have covered during making of the video, so Must Watch. The link is given below:

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