Question

Lithium carbonate and iron(iii) chloride will undergo a double replacement reaction, producing lithium chloride and what else?

Answer 1

In a double replacement reaction, lithium carbonate and iron(iii) chloride react to produce lithium chloride and iron(iii) carbonate.

Step-by-step explanation:

In a double replacement reaction, lithium carbonate and iron(iii) chloride will react to produce lithium chloride and iron(iii) carbonate.

The balanced chemical equation for this reaction is:

Li2CO3 + 2FeCl3 → 2LiCl + Fe2(CO3)3

In this reaction, the lithium ions (Li+) and chloride ions (Cl-) from lithium carbonate and iron(iii) chloride respectively switch partners to form lithium chloride. Similarly, the carbonate ion (CO32-) from lithium carbonate and the iron(iii) ion (Fe3+) from iron(iii) chloride switch partners to form iron(iii) carbonate.

Answer 2

It will form Fe2(CO3)3

below is the balanced equation:

3Li2CO3 + 2FeCl3 -> LiCl + 6Fe2(CO3)3