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1
105-108
056 ´ 10-3 quart 1 cubic foot = 28 316 litres = 29 902 quarts = 7 475 gallons Common Units of Energy 1 joule = 1 ´´´´´ 107 ergs 1 thermochemical calorie** = 4
1
106-109
316 litres = 29 902 quarts = 7 475 gallons Common Units of Energy 1 joule = 1 ´´´´´ 107 ergs 1 thermochemical calorie** = 4 184 joules = 4
1
107-110
902 quarts = 7 475 gallons Common Units of Energy 1 joule = 1 ´´´´´ 107 ergs 1 thermochemical calorie** = 4 184 joules = 4 184 ´ 107 ergs = 4
1
108-111
475 gallons Common Units of Energy 1 joule = 1 ´´´´´ 107 ergs 1 thermochemical calorie** = 4 184 joules = 4 184 ´ 107 ergs = 4 129 ´ 10–2 litre-atmospheres = 2
1
109-112
184 joules = 4 184 ´ 107 ergs = 4 129 ´ 10–2 litre-atmospheres = 2 612 ´ 1019 electron volts 1 ergs = 1 ´ 10–7 joule = 2
1
110-113
184 ´ 107 ergs = 4 129 ´ 10–2 litre-atmospheres = 2 612 ´ 1019 electron volts 1 ergs = 1 ´ 10–7 joule = 2 3901 ´ 10–8 calorie 1 electron volt = 1
1
111-114
129 ´ 10–2 litre-atmospheres = 2 612 ´ 1019 electron volts 1 ergs = 1 ´ 10–7 joule = 2 3901 ´ 10–8 calorie 1 electron volt = 1 6022 ´ 10–19 joule = 1
1
112-115
612 ´ 1019 electron volts 1 ergs = 1 ´ 10–7 joule = 2 3901 ´ 10–8 calorie 1 electron volt = 1 6022 ´ 10–19 joule = 1 6022 ´ 10–12 erg = 96
1
113-116
3901 ´ 10–8 calorie 1 electron volt = 1 6022 ´ 10–19 joule = 1 6022 ´ 10–12 erg = 96 487 kJ/mol† 1 litre-atmosphere = 24
1
114-117
6022 ´ 10–19 joule = 1 6022 ´ 10–12 erg = 96 487 kJ/mol† 1 litre-atmosphere = 24 217 calories = 101
1
115-118
6022 ´ 10–12 erg = 96 487 kJ/mol† 1 litre-atmosphere = 24 217 calories = 101 32 joules = 1
1
116-119
487 kJ/mol† 1 litre-atmosphere = 24 217 calories = 101 32 joules = 1 0132 ´109 ergs 1 British thermal unit = 1055
1
117-120
217 calories = 101 32 joules = 1 0132 ´109 ergs 1 British thermal unit = 1055 06 joules = 1
1
118-121
32 joules = 1 0132 ´109 ergs 1 British thermal unit = 1055 06 joules = 1 05506 ´1010 ergs = 252
1
119-122
0132 ´109 ergs 1 British thermal unit = 1055 06 joules = 1 05506 ´1010 ergs = 252 2 calories Common Units of Length 1 inch = 2
1
120-123
06 joules = 1 05506 ´1010 ergs = 252 2 calories Common Units of Length 1 inch = 2 54 centimetres (exactly) 1 mile = 5280 feet = 1
1
121-124
05506 ´1010 ergs = 252 2 calories Common Units of Length 1 inch = 2 54 centimetres (exactly) 1 mile = 5280 feet = 1 609 kilometres 1 yard = 36 inches = 0
1
122-125
2 calories Common Units of Length 1 inch = 2 54 centimetres (exactly) 1 mile = 5280 feet = 1 609 kilometres 1 yard = 36 inches = 0 9144 metre 1 metre = 100 centimetres = 39
1
123-126
54 centimetres (exactly) 1 mile = 5280 feet = 1 609 kilometres 1 yard = 36 inches = 0 9144 metre 1 metre = 100 centimetres = 39 37 inches = 3
1
124-127
609 kilometres 1 yard = 36 inches = 0 9144 metre 1 metre = 100 centimetres = 39 37 inches = 3 281 feet = 1
1
125-128
9144 metre 1 metre = 100 centimetres = 39 37 inches = 3 281 feet = 1 094 yards 1 kilometre = 1000 metres = 1094 yards = 0
1
126-129
37 inches = 3 281 feet = 1 094 yards 1 kilometre = 1000 metres = 1094 yards = 0 6215 mile 1 Angstrom = 1
1
127-130
281 feet = 1 094 yards 1 kilometre = 1000 metres = 1094 yards = 0 6215 mile 1 Angstrom = 1 0 ´ 10–8 centimetre = 0
1
128-131
094 yards 1 kilometre = 1000 metres = 1094 yards = 0 6215 mile 1 Angstrom = 1 0 ´ 10–8 centimetre = 0 10 nanometre = 1
1
129-132
6215 mile 1 Angstrom = 1 0 ´ 10–8 centimetre = 0 10 nanometre = 1 0 ´ 10–10 metre = 3
1
130-133
0 ´ 10–8 centimetre = 0 10 nanometre = 1 0 ´ 10–10 metre = 3 937 ´ 10–9 inch Common Units of Force* and Pressure 1 atmosphere = 760 millimetres of mercury = 1
1
131-134
10 nanometre = 1 0 ´ 10–10 metre = 3 937 ´ 10–9 inch Common Units of Force* and Pressure 1 atmosphere = 760 millimetres of mercury = 1 013 ´ 105 pascals = 14
1
132-135
0 ´ 10–10 metre = 3 937 ´ 10–9 inch Common Units of Force* and Pressure 1 atmosphere = 760 millimetres of mercury = 1 013 ´ 105 pascals = 14 70 pounds per square inch 1 bar = 105 pascals 1 torr = 1 millimetre of mercury 1 pascal = 1 kg/ms2 = 1 N/m2 Temperature SI Base Unit: Kelvin (K) K = -273
1
133-136
937 ´ 10–9 inch Common Units of Force* and Pressure 1 atmosphere = 760 millimetres of mercury = 1 013 ´ 105 pascals = 14 70 pounds per square inch 1 bar = 105 pascals 1 torr = 1 millimetre of mercury 1 pascal = 1 kg/ms2 = 1 N/m2 Temperature SI Base Unit: Kelvin (K) K = -273 15°C K = °C + 273
1
134-137
013 ´ 105 pascals = 14 70 pounds per square inch 1 bar = 105 pascals 1 torr = 1 millimetre of mercury 1 pascal = 1 kg/ms2 = 1 N/m2 Temperature SI Base Unit: Kelvin (K) K = -273 15°C K = °C + 273 15 °F = 1
1
135-138
70 pounds per square inch 1 bar = 105 pascals 1 torr = 1 millimetre of mercury 1 pascal = 1 kg/ms2 = 1 N/m2 Temperature SI Base Unit: Kelvin (K) K = -273 15°C K = °C + 273 15 °F = 1 8(°C) + 32 F 32 C 1
1
136-139
15°C K = °C + 273 15 °F = 1 8(°C) + 32 F 32 C 1 8     * Force: 1 newton (N) = 1 kg m/s2, i
1
137-140
15 °F = 1 8(°C) + 32 F 32 C 1 8     * Force: 1 newton (N) = 1 kg m/s2, i e
1
138-141
8(°C) + 32 F 32 C 1 8     * Force: 1 newton (N) = 1 kg m/s2, i e ,the force that, when applied for 1 second, gives a 1-kilogram mass a velocity of 1 metre per second
1
139-142
8     * Force: 1 newton (N) = 1 kg m/s2, i e ,the force that, when applied for 1 second, gives a 1-kilogram mass a velocity of 1 metre per second †** The amount of heat required to raise the temperature of one gram of water from 14
1
140-143
e ,the force that, when applied for 1 second, gives a 1-kilogram mass a velocity of 1 metre per second †** The amount of heat required to raise the temperature of one gram of water from 14 50C to 15
1
141-144
,the force that, when applied for 1 second, gives a 1-kilogram mass a velocity of 1 metre per second †** The amount of heat required to raise the temperature of one gram of water from 14 50C to 15 50C
1
142-145
†** The amount of heat required to raise the temperature of one gram of water from 14 50C to 15 50C Note that the other units are per particle and must be multiplied by 6
1
143-146
50C to 15 50C Note that the other units are per particle and must be multiplied by 6 022 ´1023 to be strictly comparable
1
144-147
50C Note that the other units are per particle and must be multiplied by 6 022 ´1023 to be strictly comparable Some Useful Conversion Factors APPENDIX II Rationalised 2023-24 143 Appendix Reduction half-reaction Eo/V H4XeO6 + 2H+ + 2e– ¾® XeO3 + 3H2O +3
1
145-148
Note that the other units are per particle and must be multiplied by 6 022 ´1023 to be strictly comparable Some Useful Conversion Factors APPENDIX II Rationalised 2023-24 143 Appendix Reduction half-reaction Eo/V H4XeO6 + 2H+ + 2e– ¾® XeO3 + 3H2O +3 0 F2 + 2e– ¾® 2F– +2
1
146-149
022 ´1023 to be strictly comparable Some Useful Conversion Factors APPENDIX II Rationalised 2023-24 143 Appendix Reduction half-reaction Eo/V H4XeO6 + 2H+ + 2e– ¾® XeO3 + 3H2O +3 0 F2 + 2e– ¾® 2F– +2 87 O3 + 2H+ + 2e– ¾® O2 + H2O +2
1
147-150
Some Useful Conversion Factors APPENDIX II Rationalised 2023-24 143 Appendix Reduction half-reaction Eo/V H4XeO6 + 2H+ + 2e– ¾® XeO3 + 3H2O +3 0 F2 + 2e– ¾® 2F– +2 87 O3 + 2H+ + 2e– ¾® O2 + H2O +2 07 S2O 2– 8 + 2e– ¾® 2SO 42– +2
1
148-151
0 F2 + 2e– ¾® 2F– +2 87 O3 + 2H+ + 2e– ¾® O2 + H2O +2 07 S2O 2– 8 + 2e– ¾® 2SO 42– +2 05 Ag+ + e– ¾® Ag+ +1
1
149-152
87 O3 + 2H+ + 2e– ¾® O2 + H2O +2 07 S2O 2– 8 + 2e– ¾® 2SO 42– +2 05 Ag+ + e– ¾® Ag+ +1 98 Co3+ + e– ¾® Co2+ +1
1
150-153
07 S2O 2– 8 + 2e– ¾® 2SO 42– +2 05 Ag+ + e– ¾® Ag+ +1 98 Co3+ + e– ¾® Co2+ +1 81 H2O2 + 2H+ + 2e– ¾® 2H2O +1
1
151-154
05 Ag+ + e– ¾® Ag+ +1 98 Co3+ + e– ¾® Co2+ +1 81 H2O2 + 2H+ + 2e– ¾® 2H2O +1 78 Au+ + e– ¾® Au +1
1
152-155
98 Co3+ + e– ¾® Co2+ +1 81 H2O2 + 2H+ + 2e– ¾® 2H2O +1 78 Au+ + e– ¾® Au +1 69 Pb4+ + 2e– ¾® Pb2+ +1
1
153-156
81 H2O2 + 2H+ + 2e– ¾® 2H2O +1 78 Au+ + e– ¾® Au +1 69 Pb4+ + 2e– ¾® Pb2+ +1 67 2HClO + 2H+ + 2e– ¾® Cl2 + 2H2O +1
1
154-157
78 Au+ + e– ¾® Au +1 69 Pb4+ + 2e– ¾® Pb2+ +1 67 2HClO + 2H+ + 2e– ¾® Cl2 + 2H2O +1 63 Ce4+ + e– ¾® Ce3+ +1
1
155-158
69 Pb4+ + 2e– ¾® Pb2+ +1 67 2HClO + 2H+ + 2e– ¾® Cl2 + 2H2O +1 63 Ce4+ + e– ¾® Ce3+ +1 61 2HBrO + 2H+ + 2e– ¾® Br2 + 2H2O +1
1
156-159
67 2HClO + 2H+ + 2e– ¾® Cl2 + 2H2O +1 63 Ce4+ + e– ¾® Ce3+ +1 61 2HBrO + 2H+ + 2e– ¾® Br2 + 2H2O +1 60 MnO – 4 + 8H+ + 5e– ¾® Mn2+ + 4H2O +1
1
157-160
63 Ce4+ + e– ¾® Ce3+ +1 61 2HBrO + 2H+ + 2e– ¾® Br2 + 2H2O +1 60 MnO – 4 + 8H+ + 5e– ¾® Mn2+ + 4H2O +1 51 Mn3+ + e– ¾® Mn2+ +1
1
158-161
61 2HBrO + 2H+ + 2e– ¾® Br2 + 2H2O +1 60 MnO – 4 + 8H+ + 5e– ¾® Mn2+ + 4H2O +1 51 Mn3+ + e– ¾® Mn2+ +1 51 Au3+ + 3e– ¾® Au +1
1
159-162
60 MnO – 4 + 8H+ + 5e– ¾® Mn2+ + 4H2O +1 51 Mn3+ + e– ¾® Mn2+ +1 51 Au3+ + 3e– ¾® Au +1 40 Cl2 + 2e– ¾® 2Cl– +1
1
160-163
51 Mn3+ + e– ¾® Mn2+ +1 51 Au3+ + 3e– ¾® Au +1 40 Cl2 + 2e– ¾® 2Cl– +1 36 Cr2O 2– 7 + 14H+ + 6e– ¾® 2Cr3+ + 7H2O +1
1
161-164
51 Au3+ + 3e– ¾® Au +1 40 Cl2 + 2e– ¾® 2Cl– +1 36 Cr2O 2– 7 + 14H+ + 6e– ¾® 2Cr3+ + 7H2O +1 33 O3 + H2O + 2e– ¾® O2 + 2OH– +1
1
162-165
40 Cl2 + 2e– ¾® 2Cl– +1 36 Cr2O 2– 7 + 14H+ + 6e– ¾® 2Cr3+ + 7H2O +1 33 O3 + H2O + 2e– ¾® O2 + 2OH– +1 24 O2 + 4H+ + 4e– ¾® 2H2O +1
1
163-166
36 Cr2O 2– 7 + 14H+ + 6e– ¾® 2Cr3+ + 7H2O +1 33 O3 + H2O + 2e– ¾® O2 + 2OH– +1 24 O2 + 4H+ + 4e– ¾® 2H2O +1 23 ClO– 4 + 2H+ +2e– ¾® ClO– 3 + 2H2O +1
1
164-167
33 O3 + H2O + 2e– ¾® O2 + 2OH– +1 24 O2 + 4H+ + 4e– ¾® 2H2O +1 23 ClO– 4 + 2H+ +2e– ¾® ClO– 3 + 2H2O +1 23 MnO2 + 4H+ + 2e– ¾® Mn2+ + 2H2O +1
1
165-168
24 O2 + 4H+ + 4e– ¾® 2H2O +1 23 ClO– 4 + 2H+ +2e– ¾® ClO– 3 + 2H2O +1 23 MnO2 + 4H+ + 2e– ¾® Mn2+ + 2H2O +1 23 Pt2+ + 2e– ¾® Pt +1
1
166-169
23 ClO– 4 + 2H+ +2e– ¾® ClO– 3 + 2H2O +1 23 MnO2 + 4H+ + 2e– ¾® Mn2+ + 2H2O +1 23 Pt2+ + 2e– ¾® Pt +1 20 Br2 + 2e– ¾® 2Br– +1
1
167-170
23 MnO2 + 4H+ + 2e– ¾® Mn2+ + 2H2O +1 23 Pt2+ + 2e– ¾® Pt +1 20 Br2 + 2e– ¾® 2Br– +1 09 Pu4+ + e– ¾® Pu3+ +0
1
168-171
23 Pt2+ + 2e– ¾® Pt +1 20 Br2 + 2e– ¾® 2Br– +1 09 Pu4+ + e– ¾® Pu3+ +0 97 NO– 3 + 4H+ + 3e– ¾® NO + 2H2O +0
1
169-172
20 Br2 + 2e– ¾® 2Br– +1 09 Pu4+ + e– ¾® Pu3+ +0 97 NO– 3 + 4H+ + 3e– ¾® NO + 2H2O +0 96 2Hg2+ + 2e– ¾® Hg2+ 2 +0
1
170-173
09 Pu4+ + e– ¾® Pu3+ +0 97 NO– 3 + 4H+ + 3e– ¾® NO + 2H2O +0 96 2Hg2+ + 2e– ¾® Hg2+ 2 +0 92 ClO– + H2O + 2e– ¾® Cl– + 2OH– +0
1
171-174
97 NO– 3 + 4H+ + 3e– ¾® NO + 2H2O +0 96 2Hg2+ + 2e– ¾® Hg2+ 2 +0 92 ClO– + H2O + 2e– ¾® Cl– + 2OH– +0 89 Hg2+ + 2e– ¾® Hg +0
1
172-175
96 2Hg2+ + 2e– ¾® Hg2+ 2 +0 92 ClO– + H2O + 2e– ¾® Cl– + 2OH– +0 89 Hg2+ + 2e– ¾® Hg +0 86 NO– 3 + 2H+ + e– ¾® NO2 + H2O +0
1
173-176
92 ClO– + H2O + 2e– ¾® Cl– + 2OH– +0 89 Hg2+ + 2e– ¾® Hg +0 86 NO– 3 + 2H+ + e– ¾® NO2 + H2O +0 80 Ag+ + e– ¾® Ag +0
1
174-177
89 Hg2+ + 2e– ¾® Hg +0 86 NO– 3 + 2H+ + e– ¾® NO2 + H2O +0 80 Ag+ + e– ¾® Ag +0 80 Hg2+ 2 +2e– ¾® 2Hg +0
1
175-178
86 NO– 3 + 2H+ + e– ¾® NO2 + H2O +0 80 Ag+ + e– ¾® Ag +0 80 Hg2+ 2 +2e– ¾® 2Hg +0 79 Fe3+ + e– ¾® Fe2+ +0
1
176-179
80 Ag+ + e– ¾® Ag +0 80 Hg2+ 2 +2e– ¾® 2Hg +0 79 Fe3+ + e– ¾® Fe2+ +0 77 BrO– + H2O + 2e– ¾® Br– + 2OH– +0
1
177-180
80 Hg2+ 2 +2e– ¾® 2Hg +0 79 Fe3+ + e– ¾® Fe2+ +0 77 BrO– + H2O + 2e– ¾® Br– + 2OH– +0 76 Hg2SO4 +2e– ¾® 2Hg + SO2– 4 +0
1
178-181
79 Fe3+ + e– ¾® Fe2+ +0 77 BrO– + H2O + 2e– ¾® Br– + 2OH– +0 76 Hg2SO4 +2e– ¾® 2Hg + SO2– 4 +0 62 MnO2– 4 + 2H2O + 2e– ¾® MnO2 + 4OH– +0
1
179-182
77 BrO– + H2O + 2e– ¾® Br– + 2OH– +0 76 Hg2SO4 +2e– ¾® 2Hg + SO2– 4 +0 62 MnO2– 4 + 2H2O + 2e– ¾® MnO2 + 4OH– +0 60 MnO– 4 + e– ¾® MnO2– 4 +0
1
180-183
76 Hg2SO4 +2e– ¾® 2Hg + SO2– 4 +0 62 MnO2– 4 + 2H2O + 2e– ¾® MnO2 + 4OH– +0 60 MnO– 4 + e– ¾® MnO2– 4 +0 56 I2 + 2e– ¾® 2I– +0
1
181-184
62 MnO2– 4 + 2H2O + 2e– ¾® MnO2 + 4OH– +0 60 MnO– 4 + e– ¾® MnO2– 4 +0 56 I2 + 2e– ¾® 2I– +0 54 I – 3 + 2e– ¾® 3I– +0
1
182-185
60 MnO– 4 + e– ¾® MnO2– 4 +0 56 I2 + 2e– ¾® 2I– +0 54 I – 3 + 2e– ¾® 3I– +0 53 Reduction half-reaction Eo/V Cu+ + e– ¾® Cu +0
1
183-186
56 I2 + 2e– ¾® 2I– +0 54 I – 3 + 2e– ¾® 3I– +0 53 Reduction half-reaction Eo/V Cu+ + e– ¾® Cu +0 52 NiOOH + H2O + e– ¾® Ni(OH)2 + OH– +0
1
184-187
54 I – 3 + 2e– ¾® 3I– +0 53 Reduction half-reaction Eo/V Cu+ + e– ¾® Cu +0 52 NiOOH + H2O + e– ¾® Ni(OH)2 + OH– +0 49 Ag2CrO4 + 2e– ¾® 2Ag + CrO2– 4 +0
1
185-188
53 Reduction half-reaction Eo/V Cu+ + e– ¾® Cu +0 52 NiOOH + H2O + e– ¾® Ni(OH)2 + OH– +0 49 Ag2CrO4 + 2e– ¾® 2Ag + CrO2– 4 +0 45 O2 + 2H2O + 4e– ¾® 4OH– +0
1
186-189
52 NiOOH + H2O + e– ¾® Ni(OH)2 + OH– +0 49 Ag2CrO4 + 2e– ¾® 2Ag + CrO2– 4 +0 45 O2 + 2H2O + 4e– ¾® 4OH– +0 40 ClO– 4 + H2O + 2e– ¾® ClO– 3 + 2OH– +0
1
187-190
49 Ag2CrO4 + 2e– ¾® 2Ag + CrO2– 4 +0 45 O2 + 2H2O + 4e– ¾® 4OH– +0 40 ClO– 4 + H2O + 2e– ¾® ClO– 3 + 2OH– +0 36 [Fe(CN)6]3– + e– ¾® [Fe(CN)6]4– +0
1
188-191
45 O2 + 2H2O + 4e– ¾® 4OH– +0 40 ClO– 4 + H2O + 2e– ¾® ClO– 3 + 2OH– +0 36 [Fe(CN)6]3– + e– ¾® [Fe(CN)6]4– +0 36 Cu2+ + 2e– ¾® Cu +0
1
189-192
40 ClO– 4 + H2O + 2e– ¾® ClO– 3 + 2OH– +0 36 [Fe(CN)6]3– + e– ¾® [Fe(CN)6]4– +0 36 Cu2+ + 2e– ¾® Cu +0 34 Hg2Cl2 + 2e– ¾® 2Hg + 2Cl– +0
1
190-193
36 [Fe(CN)6]3– + e– ¾® [Fe(CN)6]4– +0 36 Cu2+ + 2e– ¾® Cu +0 34 Hg2Cl2 + 2e– ¾® 2Hg + 2Cl– +0 27 AgCl + e– ¾® Ag + Cl– +0
1
191-194
36 Cu2+ + 2e– ¾® Cu +0 34 Hg2Cl2 + 2e– ¾® 2Hg + 2Cl– +0 27 AgCl + e– ¾® Ag + Cl– +0 27 Bi3+ + 3e– ¾® Bi +0
1
192-195
34 Hg2Cl2 + 2e– ¾® 2Hg + 2Cl– +0 27 AgCl + e– ¾® Ag + Cl– +0 27 Bi3+ + 3e– ¾® Bi +0 20 SO4 2 – + 4H+ + 2e– ¾® H2SO3 + H2O +0
1
193-196
27 AgCl + e– ¾® Ag + Cl– +0 27 Bi3+ + 3e– ¾® Bi +0 20 SO4 2 – + 4H+ + 2e– ¾® H2SO3 + H2O +0 17 Cu2+ + e– ¾® Cu+ +0
1
194-197
27 Bi3+ + 3e– ¾® Bi +0 20 SO4 2 – + 4H+ + 2e– ¾® H2SO3 + H2O +0 17 Cu2+ + e– ¾® Cu+ +0 16 Sn4+ + 2e– ¾® Sn2+ +0
1
195-198
20 SO4 2 – + 4H+ + 2e– ¾® H2SO3 + H2O +0 17 Cu2+ + e– ¾® Cu+ +0 16 Sn4+ + 2e– ¾® Sn2+ +0 15 AgBr + e– ¾® Ag + Br– +0
1
196-199
17 Cu2+ + e– ¾® Cu+ +0 16 Sn4+ + 2e– ¾® Sn2+ +0 15 AgBr + e– ¾® Ag + Br– +0 07 Ti4+ + e– ¾® Ti3+ 0
1
197-200
16 Sn4+ + 2e– ¾® Sn2+ +0 15 AgBr + e– ¾® Ag + Br– +0 07 Ti4+ + e– ¾® Ti3+ 0 00 2H+ + 2e– ¾® H2 0
1
198-201
15 AgBr + e– ¾® Ag + Br– +0 07 Ti4+ + e– ¾® Ti3+ 0 00 2H+ + 2e– ¾® H2 0 0 by definition Fe3+ + 3e– ¾® Fe –0
1
199-202
07 Ti4+ + e– ¾® Ti3+ 0 00 2H+ + 2e– ¾® H2 0 0 by definition Fe3+ + 3e– ¾® Fe –0 04 O2 + H2O + 2e– ¾® HO– 2 + OH– –0
1
200-203
00 2H+ + 2e– ¾® H2 0 0 by definition Fe3+ + 3e– ¾® Fe –0 04 O2 + H2O + 2e– ¾® HO– 2 + OH– –0 08 Pb2+ + 2e– ¾® Pb –0
1
201-204
0 by definition Fe3+ + 3e– ¾® Fe –0 04 O2 + H2O + 2e– ¾® HO– 2 + OH– –0 08 Pb2+ + 2e– ¾® Pb –0 13 In+ + e– ¾® In –0
1
202-205
04 O2 + H2O + 2e– ¾® HO– 2 + OH– –0 08 Pb2+ + 2e– ¾® Pb –0 13 In+ + e– ¾® In –0 14 Sn2+ + 2e– ¾® Sn –0
1
203-206
08 Pb2+ + 2e– ¾® Pb –0 13 In+ + e– ¾® In –0 14 Sn2+ + 2e– ¾® Sn –0 14 AgI + e– ¾® Ag + I– –0
1
204-207
13 In+ + e– ¾® In –0 14 Sn2+ + 2e– ¾® Sn –0 14 AgI + e– ¾® Ag + I– –0 15 Ni2+ + 2e– ¾® Ni –0