Write a balanced net-ionic equations to describe a. reduction of Fe3+ to fe2+ by SO2 b. reaction of H2MoO4 in a Jones reductor c. oxidation of HNO2 by a solution of MnO4- d. reaction of aniline (C6H4NH2) with a mixture of KBrO3 and KBr in acidic solution e. air oxidation of HAsO3(2-) to HAsO4(2-) f. reaction of KI with HNO2 in acidic solution
Write a balanced net-ionic equations to describe a. reduction of Fe3+ to fe2+ by SO2 b. reaction of H2MoO4 in a Jones reductor c. oxidation of HNO2 by a solution of MnO4- d. reaction of aniline (C6H4NH2) with a mixture of KBrO3 and KBr in acidic solution e. air oxidation of HAsO3(2-) to HAsO4(2-) f. reaction of KI with HNO2 in acidic solution
Chapter26: Molecular Absorption Spectrometry
Section: Chapter Questions
Problem 26.15QAP
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Write a balanced net-ionic equations to describe
a. reduction of Fe3+ to fe2+ by SO2
b. reaction of H2MoO4 in a Jones reductor
c. oxidation of HNO2 by a solution of MnO4-
d. reaction of aniline (C6H4NH2) with a mixture of KBrO3 and KBr in acidic solution
e. air oxidation of HAsO3(2-) to HAsO4(2-)
f. reaction of KI with HNO2 in acidic solution
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