Question

What is the ionic equation of sodium carbonate and cobalt III sulfate?

a) Na2CO₃ + Co2(SO₄)₃ → 2Na2SO₄ + CoCO₃
b) 2Na+ + CO₃²- + 3Co³+ + 3SO₄²- → 2Na+ + 3SO₄²- + Co2(CO₃)₃
c) Na2CO₃ + Co2(SO₄)₃ → 2Na2SO₄ + CoSO₄
d) 2Na+ + CO₃²- + 3Co³+ + 3SO₄²- → 2Na+ + 3SO₄²- + 3Co²+

Answer 1

The ionic equation of sodium carbonate and cobalt III sulfate is 2Na+ + CO3^2- + 3Co3+ + 3SO4^2- → 2Na+ + 3SO4^2- + Co2(CO3)3. This equation represents the dissociation of the compounds into their respective ions and the formation of new compounds.

Step-by-step explanation:

The ionic equation of sodium carbonate and cobalt III sulfate is:

2Na+ + CO32- + 3Co3+ + 3SO42- → 2Na+ + 3SO42- + Co2(CO3)3

This equation represents the dissociation of the compounds into their respective ions and the formation of new compounds. Sodium carbonate (Na2CO3) dissociates into 2Na+ and CO32- ions, while cobalt III sulfate (Co2(SO4)3) dissociates into 3Co3+ and 3SO42- ions. The ions then combine to form the new compounds Na2SO4 and Co2(CO3)3.