What is the Difference Between Copper Carbonate and Basic Copper Carbonate?
🆚 Go to Comparative Table 🆚The main difference between copper carbonate and basic copper carbonate lies in their chemical composition and properties. Here are the key differences between the two compounds:
- Chemical Composition: Copper carbonate (CuCO3) contains copper ions and carbonate anions, while basic copper carbonate (Cu2(OH)2CO3) contains carbonate ions, hydroxide ions, and copper ions.
- Appearance: Copper carbonate is a grey powder, whereas basic copper carbonate is a blue-green powder.
- Acidity/Basicity: Copper carbonate is a neutral chemical compound, whereas basic copper carbonate is an alkaline chemical compound.
- Stability: Basic copper carbonate can maintain its stability for months in a dry atmosphere, but once it starts to decompose, it produces copper oxide as one of the significant products.
- Occurrence in Nature: Basic copper carbonate occurs in nature as the mineral malachite and is also found in the mineral azurite, which has a higher percentage of CuCO3 along with Cu(OH)2.
In summary, copper carbonate and basic copper carbonate are distinct chemical compounds with different compositions, appearances, and properties.
On this pageWhat is the Difference Between Copper Carbonate and Basic Copper Carbonate? Comparative Table: Copper Carbonate vs Basic Copper Carbonate
Comparative Table: Copper Carbonate vs Basic Copper Carbonate
Here is a table comparing the differences between copper carbonate and basic copper carbonate:
Property | Copper Carbonate | Basic Copper Carbonate |
---|---|---|
Chemical Formula | CuCO3 | Cu2(OH)2CO3 |
Appearance | Neutral compound | Alkaline compound |
Pseudo-Elements | Contains copper ions and carbonate anions | Contains carbonate ions, hydroxide ions, and copper ions |
The key difference between copper carbonate and basic copper carbonate is that copper carbonate is a neutral compound with the chemical formula CuCO3, while basic copper carbonate is an alkaline compound with the chemical formula Cu2(OH)2CO3.
Read more:
- Metal Carbonate vs Metal Hydrogen Carbonate
- Cobalt Oxide vs Cobalt Carbonate
- Copper Hydroxide vs Copper Oxychloride
- Carbonate vs Bicarbonate
- Copper Oxychloride vs Copper Sulphate
- Calcium Carbonate vs Calcium Bicarbonate
- Cuprous Oxide vs Cupric Oxide
- Acidic vs Basic Oxides
- Carbonic Acid vs Bicarbonate
- Acidic Salt vs Basic Salt
- Cuprous vs Cupric
- Carbonic Acid vs Carbolic Acid
- Calcium Carbonate vs Calcium Oxide
- Potassium Carbonate vs Potassium Bicarbonate
- Calcium Carbonate vs Calcium Citrate
- Sodium Carbonate vs Sodium Hydrogen Carbonate
- Calcium vs Calcium Carbonate
- Sodium Carbonate vs Sodium Bicarbonate
- Ammonium Carbonate vs Ammonium Bicarbonate