The bromide ion, which has a charge of 1-, has one more electron than a neutral bromine atom. Its electron configuration is isoelectric with the noble gas krypton, so it has 36 electrons. Its electron configuration is [Ar]3d10 4s2 4p6. I apologize that the superscripts are not working. I put a space between the different sublevels to make it easier to understand.
Bromine (Br) forms a anion (negative charge) because it is a halogen, and it gains 1 electron. However, when it gains that electron (Br)- its name changes to Bromide ion.
NO!!! Positive ions are named 'CATIONS. e.g. sodium (Na^(+)). Negative ions are named 'ANIONS'. e.g. bromide (Br^(-)).
Yes, its negative ion is called Bromide = Br-
anion. bromine is a non metal which gains an electron making it negative.
Normally, bromine forms an anion, because it gains one electron to have a full octet, and is then negative. (Br1-) However, bromine can from a cation, as is the case when using N-bromosuccinimide (Br+ is given off).
Bromine (Br) forms a anion (negative charge) because it is a halogen, and it gains 1 electron. However, when it gains that electron (Br)- its name changes to Bromide ion.
Yes, the ion bromide (Br-) is an anion.
Yes, its negative ion is called Bromide = Br-
The formula of the anion in sodium bromide is Br^-. Sodium bromide is composed of the sodium cation (Na^+) and the bromide anion (Br^-), which combine in a 1:1 ratio to form the compound NaBr.
Br is an anion. It is called bromide and is the ion form of the element bromine.
Bromide is the name of the bromine anion (Br-)
a bromide ion is formed, the ion formed has a -1 charge, and the ion formed is an anion
Potassium bromide, KBr: K+ - cation, Br- - anion
anion. bromine is a non metal which gains an electron making it negative.
Br-, like the other halogens F-, Cl-, Br-, I-. They would obtain one electron to have noble gas electron configuration. Therefore, one negative charge.
Anions carry negative charges, Br-
Bromine (Br) forms anions in potassium bromide (KBr). It gains one electron to attain a full outer electron shell and achieve a stable electronic configuration.