The fundamental acid-base reaction results in the formation of a salt and of water. When the base sodium hydroxide, NaOH, is combined with hydrochloric acid, HCL, the results are sodium chloride NaCl (table salt), and water (HOH or H2O).
There are a number of elements we can combine to form a compound with ionic bonds.
The compound with the strongest ionic bond is francium fluoride, which has FrF as its molecular formula. One francium atom is ionically bonded to one atom of fluorine. But in general, any element from Group 1 in the Periodic Table, the Alkali Metals, and any element from Group 17, the halogens, will form very strong ionic bonds. The ratio of the elements in these compounds is one to one.
We can also form ionic bonds (though they won't be quite as strong) by combining any element from Group 2 in the table, the Alkaline Metals, with those halogens. The ratio of the elements in these compounds will be one to two, metal to halogen, and they will form ionic bonds. Calcium chloride, CaCl2, is just one example of this arrangement. You already know that one atom of calcium is ionically bonded to two atoms of chlorine.
There are other ionic bonds that can be formed, but these are the "main" ones, and this is a good place to begin to study chemical bonding. You'll learn how atoms hook up, and also begin to see the relationship of the arrangement of the atoms in the periodic table to "predictability" and what kind of bonding you can expect between two elements by comparing their placement on the periodic table.
Technically, a salt is just another name for an ionic compound. Salt could mean KCl, CaCl2... etc.
If you meant table salt, however, then its chemical formula is NaCl, or sodium chloride.
This is a result of sodium's ionic charge being +1, and chlorine's being -1.
salt's scientific name is 'Sodium Chloride'. to make table salt, you combine the two extremely reactive chemicals, sodium and chlorine, to get 'Sodium Chloride'. Have fun
A metal and a nonmetal will generally combine to form an ionic compound.
Ionic Bonds
buddy crocodiles
If they have opposite charges, they attract each other, combine and form an ionic compound.
Group 18
It depends on the elements that are combining. if they are a metal and a nonmetal then it would be an ionic compound. If they are both nonmetals then it would be a molecular compound.
A metal and a nonmetal will generally combine to form an ionic compound.
Ionic Bonds
buddy crocodiles
If they have opposite charges, they attract each other, combine and form an ionic compound.
Group 18
Be3P2 Is an ionic compound made up of the group II metal beryllium, a cation is this compound and the nonmetal phosphorus, an anion is this compound. Be 2+ and P 3- combine ionicly to form Be3P2
the elements which the ionic compound is constituted of
BaS or Barium sulfide is the ionic compound. Ba has a charge of 2+ and S has a charge of 2- so when you combine them, they produce the neutral ionic compound BaS.
no, they combine using covalent bonds
Molecule if there is some sharing of electrons or an ionic compound if there is a donation of an electron from one atom to another.
K is an element. It is elemental Potassium metal.