There is a huge number of molecules, because one atom combined together makes one.
No, molecules come in various sizes. The size of a molecule is determined by the number and arrangement of its atoms. Small molecules like oxygen and water are much simpler and smaller than complex molecules like proteins and DNA.
No - not necessarily - Radon is a gas and is Atomic number 86 and a huge atom. Iodine exists as I2 and although not a gas at room tempertaure very easily becomes one and is a huge molecule.
Gases.
Stars are located in the exosphere layer of the atmosphere, which is the outermost layer. This layer is above the thermosphere and extends into space, where it contains a small number of gas molecules as well as stars.
If the water is impure, you could remove the impurities. If the water is pure, it's impossible to decrease the number of molecules without changing the number of water molecules, which would be the only kind of molecules present in that case.
No, molecules come in various sizes. The size of a molecule is determined by the number and arrangement of its atoms. Small molecules like oxygen and water are much simpler and smaller than complex molecules like proteins and DNA.
No - not necessarily - Radon is a gas and is Atomic number 86 and a huge atom. Iodine exists as I2 and although not a gas at room tempertaure very easily becomes one and is a huge molecule.
Ozone layer is confined of ozone molecules. These molecules form a huge pool of ozone molecules.
Gases.
Stars are located in the exosphere layer of the atmosphere, which is the outermost layer. This layer is above the thermosphere and extends into space, where it contains a small number of gas molecules as well as stars.
A molecules
They have a huge number. Ministry of Sounds has a huge number of releases.
By taking Avogadro's Number of molecules to form each mole.
Chromosome(s)
If the water is impure, you could remove the impurities. If the water is pure, it's impossible to decrease the number of molecules without changing the number of water molecules, which would be the only kind of molecules present in that case.
Multiply the number of molecules by the number of molecules per mole for that particular element or molecule (sum of the molecules/mole of each element in the molecule). The number of molecules per mole for any element can be found on charts and on the periodic table.
The element is determined by the number of protons in its nucleus. Since molecules are made up of elements, the number of molecules has nothing to do with determining the element.