Balance the following reaction using the oxidation state method. Then give the coefficient of sulfur dioxide in the balanced equation. ___ SO2   +   ___ MnO4–    +   ___ H2O   -->     ___ SO42–   +   ___ Mn2+    +   ___ H+ Select one: a. None of these b. 4 c. 6 d. 16 e. 2 f. 10 g. 3 h. 5   (This question uses the equation that was balanced in the previous question). Now give the coefficient of permanganate in the balanced equation. ___ SO2   +   ___ MnO4–    +   ___ H2O     -->   ___ SO42–   +   ___ Mn2+    +   ___ H+ Select one: a. 16 b. None of these c. 5 d. 2 e. 6 f. 4 g. 3 h. 10    (This question uses the equation that was balanced in the previous question). What was the oxidizing agent in the equation? ___ SO2   +   ___ MnO4–    +   ___ H2O   -->   ___ SO42–   +   ___ Mn2+    +   ___ H+ Select one: a. Mn2+ b. H+ c. SO42– d. None of these (not a redox reaction) e. SO2 f. MnO4– g. H2O

Chemistry: Principles and Reactions
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Author:William L. Masterton, Cecile N. Hurley
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Chapter17: Electrochemistry
Section: Chapter Questions
Problem 9QAP: Write balanced net ionic equations for the following reactions in acid solution. (a) Liquid...
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(This question and the following questions use the same equation). Balance the following reaction using the oxidation state method. Then give the coefficient of sulfur dioxide in the balanced equation.

___ SO2   +   ___ MnO4    +   ___ H2O   -->     ___ SO42–   +   ___ Mn2+    +   ___ H+

Select one:
a. None of these
b. 4
c. 6
d. 16
e. 2
f. 10
g. 3
h. 5
 
(This question uses the equation that was balanced in the previous question). Now give the coefficient of permanganate in the balanced equation.

___ SO2   +   ___ MnO4    +   ___ H2O     -->   ___ SO42–   +   ___ Mn2+    +   ___ H+

Select one:
a. 16
b. None of these
c. 5
d. 2
e. 6
f. 4
g. 3
h. 10
 
 (This question uses the equation that was balanced in the previous question). What was the oxidizing agent in the equation?

___ SO2   +   ___ MnO4    +   ___ H2O   -->   ___ SO42–   +   ___ Mn2+    +   ___ H+

Select one:
a. Mn2+
b. H+
c. SO42–
d. None of these (not a redox reaction)
e. SO2
f. MnO4–
g. H2O
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