depends on bad size and product, the calculations for what you are asking are on the bags back and product websites
4.4 Bags
Forty five 80 pound bags of cement are needed to make one cubic yard of concrete.
25
typically one pallet, i believe theres 42 80lb bags on a pallet.
for preparing cement mortar C.M.(1:6) number of cement bags required are nearly 5.14 bags.calculation: for preparing 1 cu.m wet C.M(1:6), dry material required is 25% extra.therefore dry material required is 1.25 cu.mhence cement required=1.25/(1+6)=0.178 cu.m(sand required=0.178*6=1.068 cu.m)density of cement=1440 kg/cu.m=>cement required in kg=0.178*1440=256.32cu.mwt. of cement in kg per bag=50kgtherefore no. of bags required is=26.32/50=5.14bags.thank u.
4.4 bags
7 cement bags per 1 cubic meter of concrete......
To calculate the number of cement bags required for 1 cubic meter (m³) of concrete, you typically need about 300 kg of cement for standard concrete mixes. Since a standard cement bag weighs 50 kg, you would require approximately 6 bags of cement to make 1 m³ of concrete. However, the exact amount may vary based on the specific mix design and project requirements.
4.4 Bags
Forty five 80 pound bags of cement are needed to make one cubic yard of concrete.
2million
To determine how many 50 kg cement bags are required for 1 cubic meter of Grade 30 concrete, we need to break down the mix ratio and calculate the cement content based on that. Grade 30 Concrete Mix Ratio Grade 30 concrete typically has a mix ratio of 1:2:3 (Cement: Sand: Aggregate) by volume. This means: 1 part cement 2 parts sand 3 parts aggregate (gravel) However, the actual proportion of cement required can vary slightly depending on the specific mix design used by a contractor or engineer. For standard Grade 30 concrete, the cement content is typically around 350 to 400 kg per cubic meter. Since each cement bag weighs 50 kg, the number of bags required for 1 cubic meter of Grade 30 concrete would be: Number of bags = 350 kg / 50 kg = 7 bags
25
15 milligrams
0.1865 bag
10
Here's a link to a great concrete calculator that will compute that for you!