Hydrogen bromide is covalent. Pure HBr has a melting point of -114.20C and a boiling point of -85.10C. The molecule has a dipole moment which is due to the poalr nature of the chemical bond. In water HBr is a strong acid, hydrobromic acid, and is pretty well completely dissocaiated.
It is covalent as they are both non-metals. Hydrogen needs one electron to complete its outer shells, and so does Bromine, so they bond together and hydrogen shares its electron to fill Bromine's outer shell, and Bromine shares one electron with Hydrogen to fill its outer shell. Hydrogen now has 2 electrons (fills the first shell), and Bromine now has 36 electrons - 2 in the first shell, 8 in the second shell, 8 in the third shell, and 18 in the fourth shell (full shells)
Covalent.
Covalent.
Potassium fluoride itself is an ionic compound, although it should not be present in other ionic compounds.
Ammonia is a molecular compound and not ionic.
It is an Ionic compound (as far as i guess)
Lithium oxide is an ionic compound, further, all oxides of the group 1 elements are ionic.
Ionic.
This compound is HBr.
Polar!
HBr is hydrogen bromide, but typically it's called hydrobromic acid when in an aqueous solution.
molecular
HBr has an ionic bond.
Hydrobromic Acid (HBr) is an ionic compound. (All acids and bases are ionic)
HBr is hydrogen bromide (or hydrobromic acid).
HBr can refer to hydrogen bromide, the covalent molecule and hydrobromic acid which is HBr dissolved i water.
Yes, for the most part HBr is molecular. It has some slight ionic character as well.
molecular
Molecular
Hydrogen bromide (HBr) is a compound.