Density = Mass / Volume.
kg/m3 or gm/cm3
Density = Mass / Volume. kg/m3 or gm/cm3
[m][l]^-3
This is the density. ---------------------------------------- Density is an important physical and specific property of materials. Density is an intensive property irrespective on the form and dimension of the sample.
If you know the other dimension you can multiply it by the area to get the volume. Otherwise you can only get the area density (houses per square mile etc).
I suppose that you think to purity and particles dimension.
Tonnes is weight, weight is not comparable to area without knowing the third dimension and density
density is measured in grams/cm3 . The units that you have given us make this question unanswerable.If the density was 21.4 g/cm3 and you gave us one dimension of .045cm then that leaves us with 0.963 g/cm2. Still unsolvable.What we need to know is the mass of the sample. Knowing that we could calculate the volume directly. But we still wouldn't know the dimension of the volume. Even knowing one dimension leaves us in doubt as to the dimensions of the cross-sectional area of the sample.
it's important because the density depends on the amount of atoms. And in Earth Science, atoms make up everything.
The dimension of the side in cm are required to calculate the volume (cm3) and density in g/cm3 or specific gravity of the substance is then used to calculate the mass. Mass = Volume x Density
They would use density to measure the volume of a substance :)
Only if we are scaling small spaces as large spaces, density can be increasing when comparing the smaller object with the larger object so truly the larger object might be even larger
Frequency and density aren't involved as 'bare quantities' in force. The bare quantities that constitute force are mass, length, and time, and the physical dimension of force is (mass) x (length)/(time)2 . The 'length' and 'time' combine to result in (length)/(time)2, and that's the 'acceleration' that you did include.