We don't know anything about how closely the molecules are packed in that 1m3 macro-sample of oil. But just to have fun with it, let's assume that the molecules are in fact cubical and close-packed. 1 meter = 109 nanometers 1 meter3 = (109 times 109 times 109) nanometers3 = 1027 little molecular cubies. If these are spread out in a single-layer film with the same volume, then assuming it takes the convenient shape of a rectangle, the volume could be L x W x H = 1013.5 x 1013.5 x 1 nanometer3 The area of the film is (1013.5+13.5-9-9) meter2 = 109 meter2 That area could be a square of 104.5 = 31,622.78 meters (rounded) = about 19.6 miles on a side !
The one occupies space is termed as matter. Water occupies space and hence it has to be considered as matter
The amount of space that matter in an object occupies is its volume.
The amount of space that matter in an object occupies is its volume.
The amount of space that matter occupies is its volume.
The atomic nucleus occupies a small amount of the total space inside an atom.
matter
borrowing the shape of the container it occupies- is one of the physical properties of water! so it will determine that water does not have its owan shape.
Gas molecules bump into each other all the time, pushing one another apart.
Gas molecules bump into each other all the time, pushing one another apart.
Xenon- atoms Xenon tetrafluoride- molecules
By knowing the no of moles in a gas. Because , in any gas one mole of gas occupies Avagadro number of molecules.
The vacuole occupies most of a typical plant cell's volume. It is basically a pocket filled with water containing molecules.
There are different states of matter that include solid, gas, liquid, and plasma. Atoms and molecules are made up of matter. Matter occupies space.
As near as I can determine the Museum occupies the site of a shipyard built in 1900. There was no mention of an architect.
Yes, a book is made up of matter. It has mass and occupies space. Atoms and molecules make up the material in the book. All of it.
yes it occupies soil
A sample of Ar gas occupies a volume of 1.2 L at 125°C and a pressure of 1.0 atm. Determine the temperature, in degrees Celsius, at which the volume of the gas would be 1.0 L at the same pressure.