- These are compounds containing three different elements. One example of a ternary compound is Sodium Phosphate or Na3PO4. Under is a diagram showing the structure of Sodium Phosphate.
- In Na3PO4, sodium ion has a charged of 1+ and the phosphate ion has a charge 3-. So three sodium ions are needed to balance the charge of one ion.
- Under are the common anions used for ternary compounds.
Suffix - ate | Suffix - ite | ||
Chlorate | - ClO3 | Chlorite | - ClO2 |
Nitrate | - NO3 | Nitrite | - NO2 |
Sulphate | - SO4 | Sulphite | - SO3 |
Phosphate | - PO4 | Phosphite | - PO3 |
Carbonate | - CO3 | ||
Silicate | - SiO3 | ||
Oxalate | - (COO)2 | ||
Acetate | - CH3COO | ||
Aluminate | - AlO2 | ||
Zincate | - ZnO2 | ||
Plumbate | - PbO2 | ||
Chromate | - CrO4 | ||
Manganate | - MnO4 |
Ternary Ionic Compounds
- A ternary ionic compound is a compound composed of at least three different types of atoms usually a metal and a polyatomic ion which are bonded in ionic form.
- In Ionic bonding, you can only bond NON-METAL and METAL. So to have a Ternary Ionic Compound, the compound should at least be composed of 3 or more non-metal and metal.
- Above is a diagram showing the chemical structure of CaCO3.
- CaCO3 is an example of a Ternary Ionic Compound. CaCO3 has Calcium, Carbon and Oxygen.
Ternary Covalent Compounds
- A ternary covalent compound is a compound composed of at least three or more NON-METAL and NON-METAL.
- It is similar to Ionic but there is no metal to bond with.
- Above is a diagram showing the chemical structure of CH3COO.
- CH3COO is an example of ternary covalent compound because all the elements present are non-metal which are Carbon, Hydrogen and Oxygen.
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