m3
The GCF of m2, m3, and m4 is m2.
19m^3=19mmm
M6 - 81 = M6 - 92 = (M3 - 9)(M3 + 9) [difference of two squares]
All integers have 1 as a factor.
m3
The GCF of m2, m3, and m4 is m2.
If you convert the dimensions to meters, then when you calculate volume, you will get m3. Then use the conversion factor 1 m3 = 1000 L, so multiply by 1000 (L/m3). Or you can take the measurement in centimeters, then 1 cm3 = 1 mL = 0.001 L, so multiply by 0.001 (L/cm3).
To convert stowage factor to density, use the formula: Density = 1 / Stowage Factor. This will give you the density of the material in metric tons per cubic meter. For example, if the stowage factor is 0.5 m3/ton, the density would be 2 tons/m3.
To calculate the quantities of cement, sand, and gravel in 1 cubic meter of concrete with a ratio of 1:2:4, you first need to determine the total parts of the mixture, which is 1+2+4=7 parts. Then, divide 1 cubic meter by the total parts (1/7, 2/7, 4/7) to get the volume of each ingredient. So, in 1 cubic meter of concrete, you would have 0.143 cubic meters of cement, 0.286 cubic meters of sand, and 0.571 cubic meters of gravel.
19m^3=19mmm
M6 - 81 = M6 - 92 = (M3 - 9)(M3 + 9) [difference of two squares]
11 kg = 1 m3 = 1 L
1 dam3 = 10m*10m*10m = 1000 m3.
The volume of condensates formed by 1 m3 of steam depends on the specific heat capacity and the thermal conditions of the system. Generally, when steam condenses, it reduces in volume by a factor of roughly 1600, so 1 m3 of steam would condense into approximately 0.000625 m3 (or 0.625 liters) of water.
m3 is a cubic meter. It is the volume equivalent of a cube 1 meter wide by 1 meter deep by 1 meter tall. 1 m3 is equivalent to 1000 liters.
There are 1000 liters in 1 m3.