The Crystals of Ferrous Sulphate on Heating Give ________

The Crystals of Ferrous Sulphate on Heating Give ________?

The Crystals of Ferrous Sulphate on Heating Gives Fe2o3, SO2 and SO3

Explanation: –

FeSO4.7H2O is the formula for ferrous sulphate. When ferrous sulphate is heated, it loses its water molecules and creates an anhydrous ferrous sulphate molecule, as well as changing the color of the ferrous sulphate molecule from green to white.

Complete the following steps in order:

A decomposition reaction occurs when a chemical compound is broken down into two or more other compounds.

 The general decomposition reaction equation is: AB→A+B

The double decomposition reaction occurs when reactants exchange positive and negative ions, resulting in the synthesis of new molecules.

 The general equation for the double decomposition reaction is: AB+CD→AD+CB

Thermal, electrolytic, and pyrolytic decomposition reactions are the three types of decomposition reactions.

When ferrous sulphate is heated, it loses its water molecules and forms anhydrous ferrous sulphate, which changes the color of the crystal from light green to white. When ferrous sulphate is heated further, it breaks down into ferric oxide, Sulphur trioxide, and Sulphur dioxide.

The following are the reactions that occurred:

2FeSO4 → Fe2O3 + SO2 + SO3

Because ferrous sulphate decomposes into many products in this reaction, it is classified as a decomposition reaction.

ferrous sulphate breaks down into ferric oxide, Sulphur trioxide and Sulphur dioxide.

Note: Thermal breakdown reaction is the process by which ferrous sulphate decomposes. The reaction is triggered by thermal energy in this sort of breakdown process. The decomposition of calcium carbonate to calcium oxide and carbon dioxide is another example of a thermal decomposition reaction.