The number of different isomers for SH3BrO depends on the possible arrangements of the atoms around the central atom, usually sulfur (S), since bromine (Br) is less likely to be central due to its high electronegativity. A source mentions potential isomers such as SH3BrO itself and others where the positions of atoms like hydrogen, bromine, and oxygen vary, for example SH2BrOH.
However, an exact count or listing for SH3BrO isomers was not directly found in the search results but typically includes structural isomers formed by varying attachments of Br, O, and H around the sulfur atom. If the inquiry matches similar molecules like C3H5Br3 or compounds with halogen and oxygen, the number of isomers can vary, commonly counted including stereoisomers for more complex molecules. If an exact number of isomers for SH3BrO is needed, additional specific chemical analysis might be required beyond typical references.
