PART II: DETERMINATION OF THE MASS PERCENT OF IRON(II) SULFATE REACTION EQUATION In the next part of the experiment, you used your standardized KMNO4 solution to determine the mass percent of iron(II) sulfate, FESO4 - 7 H2O, in a sample of ground pill. Please use the dropdowns to balance the following reaction equation. MnO, Fe?+ H+ Reactants 8 Fe3+ Mn?+ H20 Products The complete reaction equation will show once the above questions have been completed. MnO4 + 5 Fe2+ + 8 H+ - Mn2+ + 5 Fe+ +4 H,O MASS OF GROUND PILL In the next titration, you used your standardized potassium permanganate solution as the titrant, and a solution of your ground pill as the analyte. Please complete the table below. Pill 1 Pill 2 Mass of boat and ground pill (g) 0.9672 0.9385 Mass of boat (g) 0.5720 0.5765 Mass of ground pill (g) 0.3952 0.3620
PART II: DETERMINATION OF THE MASS PERCENT OF IRON(II) SULFATE REACTION EQUATION In the next part of the experiment, you used your standardized KMNO4 solution to determine the mass percent of iron(II) sulfate, FESO4 - 7 H2O, in a sample of ground pill. Please use the dropdowns to balance the following reaction equation. MnO, Fe?+ H+ Reactants 8 Fe3+ Mn?+ H20 Products The complete reaction equation will show once the above questions have been completed. MnO4 + 5 Fe2+ + 8 H+ - Mn2+ + 5 Fe+ +4 H,O MASS OF GROUND PILL In the next titration, you used your standardized potassium permanganate solution as the titrant, and a solution of your ground pill as the analyte. Please complete the table below. Pill 1 Pill 2 Mass of boat and ground pill (g) 0.9672 0.9385 Mass of boat (g) 0.5720 0.5765 Mass of ground pill (g) 0.3952 0.3620
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Can someone please help complete the blank table below?

Transcribed Image Text:PART II: DETERMINATION OF THE MASS PERCENT OF IRON(II) SULFATE
REACTION EQUATION
In the next part of the experiment, you used your standardized KMNO4 solution to determine the mass percent of iron(II) sulfate,
FeSO4 · 7 H20, in a sample of ground pill.
Please use the dropdowns to balance the following reaction equation.
MnO,
Fe2+
Reactants
8
Fe3+
+
Mn?+
+
H2O
Products
5
4
The complete reaction equation will show once the above questions have been completed.
MnO4 + 5 Fe2+ + 8 H+
Mn2+
+ 5 Fe³+ + 4 H20
MASS OF GROUND PILL
In the next titration, you used your standardized potassium permanganate solution as the titrant, and a solution of your ground pill as
the analyte.
Please complete the table below.
Pill 1
Pill 2
Mass of boat and ground pill (g)
0.9672
0.9385
Mass of boat (g)
0.5720
0.5765
Mass of ground pill (g)
0.3952
0.3620
+

Transcribed Image Text:TITRATION DATA
Please complete the table below.
Pill 1
Pill 2
Initial burette reading (mL)
0.23
1.92
Final burette reading (mL)
17.46
19.78
Titre (mL)
17.23
17.86
MASS OF IRON(II) SULFATE HEPTAHYDRATE IN EACH PILL
For each of the ground pills, use the value of the titre to calculate the mass of FeSO4:7 H20 in each pill. Your value for the average
molarity of KMnO4 was M.
Pill 1
Pill 2
Moles of KMNO4 (mol)
6.
2+
Moles of Fet (mol)
Moles of FeSO4·7 H2O (mol)
6.
Mass of FESO4 ·7 H2O (g)
6.
6.
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