Asked by Liza
Suppose that you used 0.75g of iron. What is the minimum volume of 1.5 M_ CuSO4 solution required
Using eqn. (3-1)? and eqn. (3-2)?
(3-1)
Fe(s) + Cu^2+ (aq) ---- Fe^2 (aq)+ Cu (s)
(3-2)
2Fe(s)+ 3Cu^2+(aq) --- 2Fe^3+ (aq) +3Cu (s)
Using eqn. (3-1)? and eqn. (3-2)?
(3-1)
Fe(s) + Cu^2+ (aq) ---- Fe^2 (aq)+ Cu (s)
(3-2)
2Fe(s)+ 3Cu^2+(aq) --- 2Fe^3+ (aq) +3Cu (s)
Answers
Answered by
DrBob222
You don't provide enough information for me to know if you have both equations or just one reacting.
If the first one only, it is
(0.75/55.85) x (1 mol Cu^2+/1 mol Fe) = ?; then M CuSO4 = mols CuSO4/L CuSO4. You know mols and M, solve for L.
If the second one only, it is
(0.75/55.85) x (3 mol Cu^2+/2 mol Fe) =?; then, M CuSO4 = mols CuSO4/L CuSO4. You know mols and M, solve for L CuSO4.
If both then add the volumes CuSO4 together.
Also, if you can provide more information concerning the lab experiment, I may be able to distinguish betwen the two options.
If the first one only, it is
(0.75/55.85) x (1 mol Cu^2+/1 mol Fe) = ?; then M CuSO4 = mols CuSO4/L CuSO4. You know mols and M, solve for L.
If the second one only, it is
(0.75/55.85) x (3 mol Cu^2+/2 mol Fe) =?; then, M CuSO4 = mols CuSO4/L CuSO4. You know mols and M, solve for L CuSO4.
If both then add the volumes CuSO4 together.
Also, if you can provide more information concerning the lab experiment, I may be able to distinguish betwen the two options.
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