The law of conservation of mass states that mass can neither be created nor destroyed in a chemical reaction.

I will break the law.

I will create mass.

Creation of mass.

Creation of mass.

No extra mass allowed.

New creation of mass is not allowed.

Deduction of mass.

No deduction of mass allowed.

In a chemical reaction, mass cannot be created, mass cannot be destroyed.

In a reaction, number of atoms should be same.

Before and After.

Example.

Hydrogen plus Nitrogen is equal to Ammonia.

Here, 2 is the subscript of hydrogen and nitrogen.

We need to balance the number of atoms on both the sides.

Reactants and Product.

2 Hydrogen atoms.

3 Hydrogen atoms.

2 Nitrogen atoms.

1 Nitrogen atom.

2 Nitrogen atoms.

1 Nitrogen atom.

I need to balance nitrogen atoms on both the sides.

2 Ammonia atoms.

2 Hydrogen atoms.

3 Hydrogen atoms.

3 Hydrogen atoms.

6 Hydrogen atoms.

I need to balance hydrogen atoms on both the sides.

3 Hydrogen atoms.

Perfectly balanced chemical equation.

Hydrogen plus Nitrogen equals Ammonia.

The End.

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