quantity of cement for M20 in one cubic meter
cement=1440 kg/m3
sand=1700 kg/m3
aggregate= 1600 kg/m3
Lets solve for M20 i.e, 1:1.5:3
1 bag of cement = 50 kg =34.7 litres
=35 litres
i.e, 0.035 m3
(item) (w/c ratio)(water) (cement)(sand)(aggregate)
volume(0.42)(21ltr)(0.035)(0.0525)(0.105)
voids - (0) (0) (0 60%) (40%) (45%)
solidvolume (-) (0.021) (0.014) (0.0315) (0.05775) *sum=0.124
Thus 50 kg of cement gives 0.124 m3 of concrete for M20 at 0.42 w/c ratio.
Hence,
cement required =0.035/0.124 =0.28 m3 i.e, 0.28*1440=403kg
sand required= 0.0525/0.124 =0.42 m3 i.e, 0.42*1700 = 714 kg
similarly aggregate required = 1360 kg
water required = 169 litre
Check: 403+714+1360 = 2477 i.e, density of concrete =2477kg/m3
*NOTE: The quantity of cement, sand, aggregate & water varies with the w/c ratio and the density of materials.
there is not enough information. 4 cubic meter of air at 24degC does not define how much air there is, as we don't know the pressure. One thing we do know is that the pressure will double as you are cutting the volume in half (Boyle's law)
For M20 grade concrete mix proportion=1:1.5:3 And dry volume factor is 54 percent. Hence, we required to find quantities for 1.54 cum concrete. cement required=(1/5.5) x (1.54)=0.27 cum, Sand required=(1.5/5.5) x (1.54)=4.2 cum, Stone chips required=(3/5.5) x (1.54)=0.84 cum.
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Most likely not, depending on the type of pipe you can find an inside flange to fit.
find your electric Meter and you've found the point of entry, or depending on where the electric meter is in the building, you can trace the cable back from the meter to the point of entry.
To calculate the cement ratio for 1 cubic meter (cumic) of concrete, you first need to determine the mix ratio (e.g., 1:2:4 for cement, sand, and aggregate). The total parts of the mix are summed, and the volume of cement is calculated based on the proportion of the mix. For example, in a 1:2:4 mix, the total parts are 1 + 2 + 4 = 7. The volume of cement needed is then (1/7) × 1 cubic meter, which equals approximately 0.143 cubic meters. Given that one bag of cement typically weighs 50 kg and occupies about 0.035 cubic meters, you would divide the volume of cement by the volume per bag to find the number of bags: 0.143 / 0.035 ≈ 4.1 bags.
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To find the number of 40 kg bags of cement needed for a volume of concrete measuring 15 x 17 ft x 4 ft, first calculate the volume in cubic feet: 15 x 17 x 4 = 1020 cubic feet. Next, convert cubic feet to cubic meters (1 cubic foot = 0.0283168 cubic meters), resulting in approximately 28.8 cubic meters. A general rule of thumb is that one cubic meter of concrete requires about 350 kg of cement, so you would need about 10,080 kg of cement for this volume. Dividing 10,080 kg by 40 kg per bag gives you 252 bags of cement.
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There are 100 centimeters in one meter, so there are 1003, or 1,000,000 cubic centimeters in one cubic meter.
This question has already been answered in detail and the answer is 27.39133172 cubic meters.
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To find the measurement of water in 1 cubic meter (cubic meter is often referred to as "cubic" in shorthand), you can use the fact that 1 cubic meter of water has a mass of approximately 1,000 kilograms or 1 metric ton. In terms of volume, 1 cubic meter is equal to 1,000 liters of water. Therefore, if you are measuring water in cubic meters, 1 cubic meter corresponds to 1,000 liters of water.
Volume = pi*r2*h cubic metres where pi is the irrational number approximately 3.14159, r is the radius and h the height, both given in metres.
258 cubic centimeters is 0.0003580000 cubic meters. You take the amount of cubic centimeters and divide it by one million (1,000,000)
There are 1000 liters of water in one cubic meter.
The conversion of meters to feet is 1 meter = 3.28 feet. Then, to find the conversion between cubic meters and cubic feet you cube both sides. (1)3 = (3.28)3 So, 1 cubic meter is equal to 35.3 cubic feet. 1 meter3 = 35.3 feet3 To convert to cubic feet, simply multiply cubic meters by 35.3. To convert to cubic meters, simply divide cubic feet by 35.3.Since 1 cubic metre = 35.315 cubic feet, you would need to multiply the number of cubic meters by 35.315 to get the equivalent measurement in cubic feet. That is all you need!