The final problem in my "putting it all together" worksheet, I was able to get (a) and (b) down pretty easily but am confused on all other steps. Thanks!
2. In a beaker, 120.0 mL of 1.650 M potassium permanganate is combined with 75.0 mL of 1.325 M sodium oxalate and 250.0 mL of 2.03 M hydrochloric acid.
(The products include a manganese II salt, carbon dioxide, and TWO OTHER CHLORIDE SALTS)
a) Write a balanced equation for this reaction. (include states)
b) Write the net ionic equation for this reaction. (include states)
c) What is the limiting reactant in this reaction?
d) How many grams of carbon dioxide will be formed?
e) What is the molarity of the manganese II ions in the solution after the reaction?
f) How many grams of each excess reactants (as NEUTRAL compounds) will remain in solution?
g) What is the molarity of the excess reactants (as NEUTRAL compounds) after the reaction?
here limiting reagents is pottasium oxalate by calculating milimoles of
and grams of CO2 = 4.3725 grams produced in this reaction
please find attached file for detailed information
The final problem in my "putting it all together" worksheet, I was able to get (a) and (b) down pretty easily but am confused on all other steps. Thanks! 2. In a beaker, 120.0 mL of 1.650 M po...
Help please??! Molarity of KMnO4 is 0.0100 M Determination of oxalate in Kufe.(0,0...0). Name AB A LOCAL Partner's Name MA R ENDALL Total mass of product synthesized in previous experiment (6) 1720 g Molarity of KMnO. (Record from the label on the container) Trial 1 Trial 2 Trial 2 0.105 1. Mass of sample taken for titration (g) 0.11 2. Initial burette reading (ml) 0 Final burette reading (ml) 20 33.4 22.2 4. Volume of KMnO, used (ml) 2.2 5....