2F(4) +1.51 MnO (a)8H(a9) + $e° Me?"(mp) + 4 H,01) +1.36 C+2e -2cr (a) +1.33 CHo(a) + 14 Hr"(mp) + 6e° 2C"()+7 H,0on 2H,0 - +1.21 O+ 4H(a)+4e Bey)+2e NO, (a) + 4H(a) +3e Ag ()e- Ag(s) Fe"(a) + e" O) +2H"(a) +2e H,O(ap) +1.06 -2B (a) +0.96 NOO 2H,0() +0.80 +0.77 +0.68 (tw). - +0.59 MnO,(ap) +2H,0() + 3e L1) + 2e O) +2 H,0(1) + 4e Cu"(mg) + 2e -MnO(1) + 4 OH (a) +0.54 21(a) - +0.40 -4 OH (g) +0.34 - Cu(s) O(defined] 2H"(a) + 2e H() - -0.28 N"(ag) + 2e Fe" (ap) + 2e Zn"(ap) + 2e 2 H,0(1) + 2e AP" (ap) + 3e - NIS) -0.44 Fe(s) - -0.76 Zn(s) - -0.83 H()+2 OH (ap) - -1.66 - Al(s) -2.71 Na (ap) + e" - Na(s) -3.05 L(ap) + e" Li(s) Ag*
2F(4) +1.51 MnO (a)8H(a9) + $e° Me?"(mp) + 4 H,01) +1.36 C+2e -2cr (a) +1.33 CHo(a) + 14 Hr"(mp) + 6e° 2C"()+7 H,0on 2H,0 - +1.21 O+ 4H(a)+4e Bey)+2e NO, (a) + 4H(a) +3e Ag ()e- Ag(s) Fe"(a) + e" O) +2H"(a) +2e H,O(ap) +1.06 -2B (a) +0.96 NOO 2H,0() +0.80 +0.77 +0.68 (tw). - +0.59 MnO,(ap) +2H,0() + 3e L1) + 2e O) +2 H,0(1) + 4e Cu"(mg) + 2e -MnO(1) + 4 OH (a) +0.54 21(a) - +0.40 -4 OH (g) +0.34 - Cu(s) O(defined] 2H"(a) + 2e H() - -0.28 N"(ag) + 2e Fe" (ap) + 2e Zn"(ap) + 2e 2 H,0(1) + 2e AP" (ap) + 3e - NIS) -0.44 Fe(s) - -0.76 Zn(s) - -0.83 H()+2 OH (ap) - -1.66 - Al(s) -2.71 Na (ap) + e" - Na(s) -3.05 L(ap) + e" Li(s) Ag*
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Question
27 the first choice said Fe2+ and second says Cl2
![Based on the provided chart of reduction potentials. rank the following chemicals from strongest (1) to weakest (5) axidizing agents.
Hal-esetion
+2.87
F0+2e 2F(4)
MnO, (a)8Hr"(a) + Se Me"(ay) + 4 H,0(n
+1.51
+1.16
+1.33
Co (mp) + 14H"(mg) + 6e-2Cr"(m) + 7 H,0)
O+ 4H'()+4e 2H,0)
Bey()+2e 2 Br (ag)
NO, (ap) + 4H°(ap) + 3e NOO+ 2H,0()
Ag (ag)+e- Ag{s)
Fe"(mp) + e Fe"(ag)
O+2H"(a) +2e H,O(ag)
MnO, (ap) + 2 H,0() + 3e MnO(s) + 4 OH"(đg)
(1) + 2e 21(ag)
Oe) + 2 H,0(1)+4e 4 OH (a)
Cu"(ag) + 2e Cu(s)
2H (a) + 2e
N"(ag) + 2e- NI(s)
Fe (ap) + 2e Fe(s)
Zn"(ap) + 2e - Zn(s)
2 H,O() + 2e - H;Cs) + 2 OH"(ag)
AP" (ap) + 3e - Al(s)
Na (ap) +e - Na(s)
L(ap) + e¯ → Li(s)
+1.21
+1.06
+0.96
40.80
+0.77
+0.68
+0.59
+0.54
+0.40
+0.34
O (defined]
H()
-0.28
-0.44
-0.76
-0.83
-1.66
-2.71
-3.05
* Ag*
Cu2+](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F01604a07-1abb-47f3-85be-4093016fdea3%2F94c2d963-0e70-4505-a120-c32e7575496e%2Fcryb5k_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Based on the provided chart of reduction potentials. rank the following chemicals from strongest (1) to weakest (5) axidizing agents.
Hal-esetion
+2.87
F0+2e 2F(4)
MnO, (a)8Hr"(a) + Se Me"(ay) + 4 H,0(n
+1.51
+1.16
+1.33
Co (mp) + 14H"(mg) + 6e-2Cr"(m) + 7 H,0)
O+ 4H'()+4e 2H,0)
Bey()+2e 2 Br (ag)
NO, (ap) + 4H°(ap) + 3e NOO+ 2H,0()
Ag (ag)+e- Ag{s)
Fe"(mp) + e Fe"(ag)
O+2H"(a) +2e H,O(ag)
MnO, (ap) + 2 H,0() + 3e MnO(s) + 4 OH"(đg)
(1) + 2e 21(ag)
Oe) + 2 H,0(1)+4e 4 OH (a)
Cu"(ag) + 2e Cu(s)
2H (a) + 2e
N"(ag) + 2e- NI(s)
Fe (ap) + 2e Fe(s)
Zn"(ap) + 2e - Zn(s)
2 H,O() + 2e - H;Cs) + 2 OH"(ag)
AP" (ap) + 3e - Al(s)
Na (ap) +e - Na(s)
L(ap) + e¯ → Li(s)
+1.21
+1.06
+0.96
40.80
+0.77
+0.68
+0.59
+0.54
+0.40
+0.34
O (defined]
H()
-0.28
-0.44
-0.76
-0.83
-1.66
-2.71
-3.05
* Ag*
Cu2+
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