Bromine is a non-metal and a part of the halogen family.
Other members of this family are Chlorine, Fluorine, Iodine and Astatine.
So, like other members of this family, Bromine has a valency of 1.
Bromine typically has a valence of 1, but it may have a valence 3, 5, or 7 in some compounds.
Bromine is a p-block element because its outermost electrons are in the p orbital of its valence shell. It is located in group 17 of the periodic table, known as the halogens, which are nonmetals with similar chemical properties due to their electron configuration. Bromine's properties and behavior align with other p-block elements in the periodic table.
The valency of sulfur is 2-. The valency of sulfur is 2-. The valency of sulfur (S) is +2
-1 valency
The valency of sodium in sodium sulfate is +1, while the valency of sulfate is -2. Therefore, the valency of sodium sulfate as a whole is +2.
Bromine typically has a valence of 1, but it may have a valence 3, 5, or 7 in some compounds.
The valency for bromine is -1. it has 7 valence electrons
Bromine has 7 electrons in its valency shell and so readily forms a negative ion. Xenon has 8 electrons and so is inert.
as you know, in writting a formula the valencies interchanges, if you remember the valency of calcium is 2, because it is the 20th element, and the valency of bromine is 3,so that atom of bromine we know is 3,but remember that bromine is a transition metal in five blocks of metals, this means that it can adopt the characteristics of its peer reactant,so in general anyway bromine react with calcium its valency tends to be 1(in other ways it is not must to be written), which after it reacts witso that is why you can see as it is! Bromine with 2 valencies and calcium with only one. i hope i tried to answer, thanks.
Bromine forms anion. It gets a charge of -1 to form bromide ion.
No, it is due to them having the same number of valency electrons.
The valency of lithium is 1. It has one valence electron in its outer shell.
the valency is 4
Its valency is 0.
Xenon is less reactive than bromine. This is because xenon is a noble gas with a stable electron configuration, while bromine is a halogen that tends to gain an electron to achieve a full outer shell, making it more reactive than xenon.
Bromine is a p-block element because its outermost electrons are in the p orbital of its valence shell. It is located in group 17 of the periodic table, known as the halogens, which are nonmetals with similar chemical properties due to their electron configuration. Bromine's properties and behavior align with other p-block elements in the periodic table.
the valency for nitrite is 5