Galena, the most common mineral of lead is primarily lead (II) sulfide (PbS). The first step in the production of pure lead is to oxidize lead sulfide into lead (II) sulfite (PbSO3). Lead (II) sulfite is then thermally decomposed into lead (II) oxide and sulfur dioxide gas. Balance the following equation. PbSO3 (s) ⟶PbO (s) + SO2 (g)

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Claire Lawrence

Chemistry

16 August, 08:07

Galena, the most common mineral of lead is primarily lead (II) sulfide (PbS). The first step in the production of pure lead is to oxidize lead sulfide into lead (II) sulfite (PbSO3). Lead (II) sulfite is then thermally decomposed into lead (II) oxide and sulfur dioxide gas. Balance the following equation. PbSO3 (s) ⟶PbO (s) + SO2 (g)

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Chana · Answer 1

PbSO₃ (s) ⟶PbO (s) + SO₂ (g)

Explanation:

In order for an equation to be balanced, both the charges and the masses need to be the same in both sides of the equation.

In the case of the reaction PbSO₃ (s) ⟶PbO (s) + SO₂ (g), there are no charges in either side, so it is already electronically balanced.

Regarding masses, let's see each element one by one:

Pb ⇒ There's 1 Pb in both sides already.

S ⇒ There's 1 S in both sides already.

O ⇒ There're 3 O in both sides already.

So the equation is balanced as is.