When the material is of a lightweight substance, such as feathers, lint, air, etc.
It is a volume. A large bathtub might hold 21 cuft.
It might be the cc is a measure of volume the mg is a measure of weight They are not interchangeable and are independent of each other. The density of a material is a measurement which relates volume to weight.
chromosomes which cotains strands of DNA( deoxynucleic acid, I might be little off on it) and RNA.
You can read the 6th volume of Kitchen Princess at the related link below. There might be other sites I haven't been, so experiment a little.
A small increase in the dimension increases the volume dramatically because the increases are all multiplied by each other. A balloon is a great example of volume increasing rapidly.
A compendium is a collection, generally of written material. It might be a concise, complete summary of a large work (an abstract), or it might be a publication containing a collection of a number of short works.
You might calculate the volume of the main trunk, approximating it by the formula of a cylinder. You might add some of the bigger branches, by the same method, if you want more accuracy. Then you multiply the volume you obtain, by an assumed density - use the value of water or a little less.
To generally calculate density when given the mass and volume, you will take your mass and divide it by your volume. In some cases, it might be a little different depending what you're trying to do. This is the general method of how to find density of something when given the mass and volume.
The volume of the aquiarm - whatever that might be - is 720,000 cm3 or 0.72 m3The volume of the aquiarm - whatever that might be - is 720,000 cm3 or 0.72 m3The volume of the aquiarm - whatever that might be - is 720,000 cm3 or 0.72 m3The volume of the aquiarm - whatever that might be - is 720,000 cm3 or 0.72 m3
You might need to re-phrase your question. At the moment it sounds like you're talking about viruses?
You might discover that solids have mass and they have volume.
How about: tension vs material of vibrating string; two strings of the same material but different tension have different pitch, two strings of different material but same tension have different sound, volume vs opening size (for wind instrument); two identical jugs with different water levels that you blow across the top of to make sound, two jugs of same volume but different opening size (might be a little trickier to find) tension vs area of drum heads; saran wrap over bowls for the cheap and easy way, real drums for the expensive way