Assign oxidation numbers (ONs) to (i.e., to ONE ATOM only) of each element on both sides of the following equation then identify the oxidizing (OA) and reducing (RA) agents. 16 H*(aq) + 2 Cr2072"(aq) + C2H50H() ---> 4 Cr3*(aq) + 2 Co28) + 11 H20() ONs on reactant (LEFT) side ONs on product (RIGHT) side H = H = Cr = Cr = O = IC = C = The OA is (choose correct letter) = A. H* B. Cr 2072- c. C2H5 OH D. Cr 3+ The RA is (choose correct letter) = A. CO 2 B. Cr2072- c. H20 C2H5 OH
Assign oxidation numbers (ONs) to (i.e., to ONE ATOM only) of each element on both sides of the following equation then identify the oxidizing (OA) and reducing (RA) agents. 16 H*(aq) + 2 Cr2072"(aq) + C2H50H() ---> 4 Cr3*(aq) + 2 Co28) + 11 H20() ONs on reactant (LEFT) side ONs on product (RIGHT) side H = H = Cr = Cr = O = IC = C = The OA is (choose correct letter) = A. H* B. Cr 2072- c. C2H5 OH D. Cr 3+ The RA is (choose correct letter) = A. CO 2 B. Cr2072- c. H20 C2H5 OH
Chemistry: An Atoms First Approach
2nd Edition
ISBN:9781305079243
Author:Steven S. Zumdahl, Susan A. Zumdahl
Publisher:Steven S. Zumdahl, Susan A. Zumdahl
Chapter17: Electrochemistry
Section: Chapter Questions
Problem 17RORR: Specify which of the following equations represent oxidation reduction reactions, and indicate the...
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Transcribed Image Text:Assign oxidation numbers (ONs) to (i.e., to ONE ATOM only) of each element on both sides of the following equation then identify the oxidizing (OA) and reducing (RA) agents.
16 н* (аq)
2 Cr20,2 (aq) + C2H5OH(/)
---> 4 Cr3*(aq)
+ 2 CO2(8) + 11 H20(1)
+
ONs on reactant (LEFT)
side
ONs on product (RIGHT)
side
H =
H =
Cr =
Cr =
O =
O =
C =
C =
The OA is (choose correct letter) =
A. Н
|в. Сr2072
|с. С 2 H5 ОН
D. Cr 3+
The RA is (choose correct letter) =
А. СО 2
|в. Сr2072
c. H20
D. C 2 H5 ОН
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