unit weight of cement, Portland is 1506 kg/cu.m unit weight of cement, mortar is 2162 kg/cu.m cement, slurry is 1442 kg/cu.m
as unit weight of cement varies from 830kg/cu.m-1650kg/cu.m volume of cement of 50 kg. varies 0.060241cu.m to 0.030303cu.m if the cement is port-land cement unit weight would be 1440kg/cu.m then the volume would be 0.034472 cu.m
125 lb per cubic ft
A larger block will weigh more, a smaller block will weigh less. Also, kilograms is a unit of mass, not of weight.
g is the unit weight and unit mm long, the two do not compare.
A kiogram is a unit to measure weight and a meter is a unit to measure length.
20
They cannot be compared. kgs. are a unit of weight, not distance.
Weight is a force; its unit is the Newton (N). The Newton is derived from the SI units kilogram, meter and second: 1N equals 1 kg.m/s2
One stone equals 14 pounds.One stone equals 14 pounds.One stone equals 14 pounds.One stone equals 14 pounds.One stone equals 14 pounds.One stone equals 14 pounds.
20 bag of cement equals 1 tone.
Between 830kg/m3 to 1650kg/m3 Cement (finely ground gray or white powder used to bind concrete mixtures) weighs between 830 kg/m3 and 1650 kg/m3 (52 lbs/ft3 and 103 lbs/ft3) depending on its handling. The weight of cement that has been pneumatically loaded into a cement silo may be as low as 830 kg/m3 (52 lbs/ft3), while cement that has been stored for a period of time exposed to vibration may be as heavy as 1650 kg/m3 (103 lbs/ft3). It is standard practice to consider a 94 lb bag of cement to be one cubic foot when freshly packed. Two 500-mL beakers were used for 500 grams of dry powdered cement. Cement was simply poured into beaker No 1. Cement was slightly vibrated-imitating consolidation during transport or packing while stored in a silo, into Beaker No 2. An approximately 20% difference in bulk volume was found. This demonstrates the need to measure cement by mass instead of volume for batching concrete.