Bromide itself is an element. It is in group VII, along with chlorine, flourine and iodine, known as the halogens on periodic table. It's atomic weight is 35, which means that it has 35 protons and the same number of nuetrons in every atomj of each nucleus of it.. Correspondingly,it has 35 electrons orbiting it. Because it is a halogen, however, and easily picks up an additional eletron from other elements, it is usually found in its ionic state Br-, for instance, KBr- (Potassiom Bromide.) Every element in group VII has seven electrons in their outer or, valence orbit. The theory is that all elements try to achieve a state of balance; the sole called" rule of eight", whereby they achieve the same valence as the noble gases, and and have eight electrons in their outer shells . Whengroup VII elements reache this state, however, they becomes charged and we call them ions because they now are out of balance, electronically. They each now have now an extra electron bringing the total up to 36. They still has the same amount of protons, however, which gives Bromide an over all charge of -1, hence Br-. Every element in group VII, (with the possible exception of astatine, because of its rarity), combines readily with the elements of groups I and II to form salts. A common example is NaCl, common table salt. This is because the elements in group I, in their ionic state have a charge of 1+, for instance Na+. Their outer shells contain one electron which is easily lost to the elements in group VII which need an extra electron.
Lithium bromide (LiBr) is a compound that consists of two ions: lithium (Li⁺) and bromide (Br⁻). In this context, lithium acts as a cation, while bromide is the anion. Therefore, lithium bromide itself is not classified as either an anion or a cation; it is an ionic compound made up of both types of ions.
Magnesium bromide is a compound and not an element. So question of metal or nonmetal does not arise witch is applied to elements only.
Magnesium bromide is a salt with ionic bonds.
It is not an element, it's a compound. It would be called iron (II) bromide in the IUPAC system, or ferrous bromide in the antiquated pre-IUPAC nomenclature.
There are two elements that make up the compound NaBr, or sodium bromide. These two elements are sodium and bromine.
The elements in silver bromide are silver (Ag) and bromine (Br). Silver bromide is a chemical compound made of these two elements in a 1:1 ratio.
CaBr is a compound (two or more elements bonded together), and apart from that it's name is calcium bromide. Except those two bonded would probably be CaBr2 , which would be called calcium dibromide
There are only two elements in sodium bromide -- sodium and bromine.
Calcium bromide, CaBr2, is a compound. It is not an element, because elements are individual species and they are found in the periodic table. It is not a homogeneous or heterogeneous mixture, because it is a single entity.
Sodium and bromide
The elements present in silver bromide are silver and bromine.
Hydrogen bromide contains the elements hydrogen and bromine.
Iron(III) bromide contain iron and bromine.
Lithium bromide (LiBr) is a compound that consists of two ions: lithium (Li⁺) and bromide (Br⁻). In this context, lithium acts as a cation, while bromide is the anion. Therefore, lithium bromide itself is not classified as either an anion or a cation; it is an ionic compound made up of both types of ions.
ammonium bromide is NH4Br so the elements are nitrogen, hydrogen and bromine
It's just what it sounds like: hydrogen and bromine.
Magnesium (Mg) and Bromine (Br) - Magnesium Bromide - MgBr2