37.4
Density is the ratio of mass to volume. There's not enough information in the question to enable us to calculate the volume.
Density is directly related to the mass and the volume. In fact, it tells us of the exact relationship between the two. To find an object's density, we take its mass and divide it by its volume. If the mass has a large volume, but a small mass it would be said to have a low density
matter
In order to calculate the density, we need to know the mass and the volume. You've given us the volume ... it's (4 x 2 x 2) = 16 cubic units. When you find out the mass in that volume, divide it by 16, and the quotient will be the density.
Well, in order to find the density of an object, here's what you must do:1) find the volume2) find the mass (by weighing)3) Mass over volume = densityMass volume tells us how much space something takes up. Density tells us how much is in that space i.e. how compact the molecules are.
inches,volume,temp,mass,density,time
There is insufficient information for us to answer this question. Density = Mass / Volume. For a regular shape, the volume can be determined from a formula - which will depend on the shape. However, you still require the mass for which there is no information.
That will give us an area, NOT a volume. A third figure is needed for volume.
mass = density x volume. So with a small rearrangemet we can see that density = mass/volume this gives us: 2000g/800cm3 = 2.5gcm-3 in SI units we have to convert to Kg and Meters so that's 2Kg/8m3 = 0.25Kgm-3
To find density, you must use the formula of D=M/V or density = mass divided by volume. You have given us 9g as a volume, but that should be either liters or some other measurement of volume. I'll assume liters. 45/9 = 5. So, The density of a solid that has a mass of 45 grams and a volume of 9.0 liters would be 5 grams/liter.
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.