Help
Contact
For teachers and institutes
Search courses, problems, tests…
A
A
>_
StemPy Lab
Courses ▾
Problems ▾
Practice ▾
Mock Tests
Classes
Community ▾
A
A
A solution is made from 0.0120 mol of iron(II) oxalate… | StemPy Lab
Quizzes
/
A solution is made from 0.0120 mol of iron(II) oxalate, FeC₂O₄. In acid, both the iron and the oxalate are oxidised by permanganate. What volume of 0.0300 mol/L permanganate is needed?
Chemistry
Hard
High School (11–12)
Redox Reactions › Balancing Redox Equations and Redox Titrations
JEE Main
AP
A-Level
IB
Created by
StemPy Lab
A solution is made from
0.0120
mol
0.0120\ \text{mol}
0.0120
mol
of iron(II) oxalate,
FeC
2
O
4
\text{FeC}_2\text{O}_4
FeC
2
O
4
. In acid, both the iron and the oxalate are oxidised by permanganate. What volume of
0.0300
mol/L
0.0300\ \text{mol/L}
0.0300
mol/L
permanganate is needed?
1200
mL
1200\ \text{mL}
1200
mL
240
mL
240\ \text{mL}
240
mL
160
mL
160\ \text{mL}
160
mL
80
mL
80\ \text{mL}
80
mL
Check Answer
Log in to save
Tag someone
⚑ Report
← All Quizzes
← Which half-reaction is correctly balanced for a basic solution?
In basic solution, iodate ions are reduced to iodide ions: IO₃⁻ + 3H₂O + 6e⁻ → I⁻ + ? OH⁻. How many hydroxide ions appear on the right? →
More on
Redox Reactions › Balancing Redox Equations and Redox Titrations
Discussion (0)
Log in
to join the discussion.
Loading…
All questions on this topic →
Problems on this topic
A 10.0 mL sample of bleach solution is added to excess potassium iodide in acid…
Medium
A 25.0 mL sample of diluted hydrogen peroxide is acidified and titrated with 0.0180 mol/L potassium…
Medium
A 20.0 mL sample of iron(II) sulfate solution needs 16.0 mL of 0.0150 mol/L acidified potassium…
Easy
Hot nitric acid oxidises arsenic(III) sulfide to arsenic acid and sulfate ions, and is itself…
Hard
All problems on this topic →