Not true; as an example all the alkali carbonates are very soluble in water.
Yes it is. All carbonates are insoluble, with the exception of 1st row elements.
Chemically most carbonates are insoluble (Do not dissolve in water). The exception are the carbonates of Group(I) Alkali metals e.g. Sodium. Similarly, most sulphates. However, Chlorides and nitrates are soluble.
Some carbonates are soluble (carbonates of alkali metals) and some carbonates are practically insoluble in water (calcium and magnesium carbonate etc.).
There is no such thing as carbon trioxide. There is the carbonate ion (CO32-). Most carbonates are insoluble in water. There is also carbon dioxide (CO2) which is somewhat soluble in water.
Not true; as an example all the alkali carbonates are very soluble in water.
Yes it is. All carbonates are insoluble, with the exception of 1st row elements.
Chemically most carbonates are insoluble (Do not dissolve in water). The exception are the carbonates of Group(I) Alkali metals e.g. Sodium. Similarly, most sulphates. However, Chlorides and nitrates are soluble.
Some carbonates are soluble (carbonates of alkali metals) and some carbonates are practically insoluble in water (calcium and magnesium carbonate etc.).
- All carbonates (except ammonium, sodium & potassium carbonates) are insoluble - Lead, barium & calcium sulphates are insoluble - Lead & silver chlorides are insoluble
There is no such thing as carbon trioxide. There is the carbonate ion (CO32-). Most carbonates are insoluble in water. There is also carbon dioxide (CO2) which is somewhat soluble in water.
Rule 6
All fluorides are insoluble in water!
NaNO3 is highly soluble in room-temperature water.
This is mostly insoluble carbonates, such as calcium carbonate (CaCO3) and magnesium carbonate (MgCO3).
Yes, ionic substances are soluble in water.
Calcium and magnesium ions present in hard water react with sodium carbonate to produce insoluble carbonates. The water now contains soluble and harmless sodium salts.