In the following oxidation-reduction reactions , identify the oxidizing agent, the reducing agent, and the number of electrons transferred. a 61 − a q + BrO 3 − a q + 6 H + a q → 3 I 2 a q + Br − a q + 3 H 2 O l b 5Br − a q + BrO 3 − a q + 6 H + a q → 3 Br 2 a q + 3 H 2 O l c XeF 4 s + 2 H 2 O l → Xe g + 4 HF a q + O 2 g d Pb s + 2 H + a q → Pb 2 + a q + H 2 g
In the following oxidation-reduction reactions , identify the oxidizing agent, the reducing agent, and the number of electrons transferred. a 61 − a q + BrO 3 − a q + 6 H + a q → 3 I 2 a q + Br − a q + 3 H 2 O l b 5Br − a q + BrO 3 − a q + 6 H + a q → 3 Br 2 a q + 3 H 2 O l c XeF 4 s + 2 H 2 O l → Xe g + 4 HF a q + O 2 g d Pb s + 2 H + a q → Pb 2 + a q + H 2 g
Solution Summary: The author explains how the oxidizing agent, reducing agent and the number of electrons transferred are to be identified.
In the following oxidation-reduction reactions, identify the oxidizing agent, the reducing agent, and the number of electrons transferred.
a
61
−
a
q
+
BrO
3
−
a
q
+
6
H
+
a
q
→
3
I
2
a
q
+
Br
−
a
q
+
3
H
2
O
l
b
5Br
−
a
q
+
BrO
3
−
a
q
+
6
H
+
a
q
→
3
Br
2
a
q
+
3
H
2
O
l
c
XeF
4
s
+
2
H
2
O
l
→
Xe
g
+
4
HF
a
q
+
O
2
g
d
Pb
s
+
2
H
+
a
q
→
Pb
2
+
a
q
+
H
2
g
Definition Definition Chemical reactions involving both oxidation and reduction processes. During a redox reaction, electron transfer takes place in such a way that one chemical compound gets reduced and the other gets oxidized.
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