CO is the chemical formula of carbon monoxide (one atom of oxygen in the molecule).
CO2 is the chemical formula of carbon dioxide (two atoms of oxygen in the molecule).
They are two different oxides with specific chemical and physical properties.
the difference is that the formula does not have the same categories as the chemical compound does
The empirical formula is representative for the chemical composition of a compound; the structural formula is representative for the spatial structure of the compound.
The chemical formula is representative for the chemical composition of a compound.
the empirical formula of a compound tells you the proportions of the elements in the compound. with that information you can make some inferences about the identity of the compound. for example a compound with an empirical formula CH4 tells us that for every carbon atom there are four hydrogen atoms. this means that the compound is methane because no other hydrocarbon can have these roportions (try drawing the lewis structure for C2H8, which doesnt exist. you cant!)
It tells what elements are present in a molecule and how many atoms of each element are present.
The chemical composition of the compound
the difference is that the formula does not have the same categories as the chemical compound does
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The empirical formula is representative for the chemical composition of a compound; the structural formula is representative for the spatial structure of the compound.
The chemical formula is representative for the chemical composition of a compound.
The formula of the compound and the Atomic Mass of its elements.
CaS
it depends if the formula. it is ionic if the bonds are formed between nonmetal and metals.
The chemical formula of the compound. This shows the composition directly in atomic ratios, which can be converted to mass ratios by using the atomic weights of each element in the compound.
The chemical formula is representative for the chemical composition of a chemical compound.
P(r/100)^2
Yes