Inorganic. If it was organic it would have to have a Carbon in it.
This is the formula for Copper (II) Oxide Copper has two possible oxidation numbers (+2 or +1) since there are no written subscripts for in the formula CuO, copper's oxidation number must have been +2 (If it had been +1, the formula would be Cu2O and the name of the compound woould be Copper (I) Oxide)
The formula Co3Cu represents a compound of cobalt and copper. The name of this compound would be tricobalt copper.
The compound name for the formula P4O10 is tetraphosphorus decoxide.
It would be a compound if it existed, but such a compound is impossible.
Inorganic. If it was organic it would have to have a Carbon in it.
In the chemical formula, the cation (potassium) would be written first followed by the anion (bromine). Therefore, the compound would be named potassium bromide.
That would be the bichromate or sometimes called the dichromate ion. Example: Sodium bichromate (or sodium dichromate) is Na2Cr2O7.
This is the formula for Copper (II) Oxide Copper has two possible oxidation numbers (+2 or +1) since there are no written subscripts for in the formula CuO, copper's oxidation number must have been +2 (If it had been +1, the formula would be Cu2O and the name of the compound woould be Copper (I) Oxide)
The molecular formula of a compound is a multiple of its empirical formula, so the molecular formula is a multiple (in this case, 6 times) of CH2O, giving C6H12O6. This molecular formula corresponds to glucose, a common sugar.
The formula Co3Cu represents a compound of cobalt and copper. The name of this compound would be tricobalt copper.
The compound would have the chemical formula SO3.
The compound name for the formula P4O10 is tetraphosphorus decoxide.
Perchlorous acid does not exist as a stable compound; it is a hypothetical compound. Its formula would be HClO4.
If there were a chain of 20K and Br atoms attached to each other, somehow, then the formula would be written as K20Br20. Since only one K+ ion attaches to one Br- ion, the formula is written as KBr, regardless of how many are there.
Yes, in an ionic compound, the formula is written using the lowest whole-number ratio of the ions present in the compound. This is done to achieve overall charge neutrality by balancing the charges of the cations and anions.
One compound would be Silver Chloride - chemical formula AgCl