Mass?
Here it is with an example.. a compound of 78.14% Boron and 21.86% hydrogen with an experimental mass of 27 to 28 g. The empirical formula is as above BH3
and Molecular formula is B2H6
Molar mass / by empirical formula mass should give you an integer to multiply the empirical formula (BH3) with. This time it was 2 (rounded).
BH is not stable, there is no compound by that formula. BH3 (boron hydride) generally exists as the dimer, B2H6, diborane.
The covalent compound name for SeF2 is selenium difluoride.
The covalent compound name for SCl2 is sulfur dichloride.
F2 is fluorine, which is an element, not a compound.
The name of the covalent compound SeF is selenium (IV) fluoride.
BH is not stable, there is no compound by that formula. BH3 (boron hydride) generally exists as the dimer, B2H6, diborane.
The covalent compound name for SeF2 is selenium difluoride.
The covalent compound name for SCl2 is sulfur dichloride.
F2 is fluorine, which is an element, not a compound.
The name of the covalent compound SeF is selenium (IV) fluoride.
BH3 does not exhibit typical covalent or ionic bonds due to the lack of electrons in boron's valence shell. Instead, BH3 forms coordinate covalent bonds where a shared pair of electrons come from a donor atom with a lone pair.
The name of the covalent compound SbBr7 is antimony heptabromide.
The name of the covalent compound Np3O8 is neptunium octaoxide.
Phosphorus tetraiodide is the name of the covalent compound with the formula P2I4.
Fe3N2 is ferric nitride, and it is ionic, not covalent.
The covalent compound S4C6 is called tetrasulfur hexacarbide.
The covalent compound PF5 is named phosphorus pentafluoride.