Atoms can interact in different manners. Compounds can have the same ratios of atoms combined in different ways producing different properties (cis and trans forms of compounds come to mind).
Additionally, many compounds consist of the same elements but in different ratios. Compare Carbon dioxide, a inert waste product of respiration, to carbon monoxide, a gas deadly to humans. Both use carbon and oxygen, but CO2 has an extra oxygen molecule, greatly changing its properties.
So in short, no. Atoms can combine in multiple ratios, and even compounds of equal ratios can come together in different manners to produce different compounds.
Yes: Part of the definition of a compound is that any size sample of it contains the same elements in the same atomic ratios.
To form different atoms.
compound when they are in a fixed ratio.If it is not a fixed ratio it is a mixture
If you divide the number of atoms of a single isotope by the total number of atoms, you get the ratio of that isotope. This tells you how common/uncommon that isotope is.
The answer depends on the mixture.
This ratio is different for each compound; for the oxide P4O10 the ratio is 2/5.
the numbers
2 atoms of hydrogen to 1 atom of oxygen.
a mixture of atoms is a tootsie roll and a slum jum
compound when they are in a fixed ratio.If it is not a fixed ratio it is a mixture
If you divide the number of atoms of a single isotope by the total number of atoms, you get the ratio of that isotope. This tells you how common/uncommon that isotope is.
The answer depends on the mixture.
An alloy is a mixture of Metals. A mixture is a combination of elements in an unfixed ratio. A compound is a mixture of elements in a fixed ratio.
No the Ratio of a mixture are not exact, one mixture might have more substance than the other but it is still a mixture.
Fuel mixture ratio for Yamaha rt100?
This ratio is 2/5.
This ratio is different for each compound; for the oxide P4O10 the ratio is 2/5.
The chemical formula of potassium nitride is K3N. The ratio potassium atoms/nitrogen atoms is 3.
The ratio in mixtures can be varied, within reason, with little impact on the properties of the mixture. The ratio in compounds is fixed.