Carbon compound

Carbon compound

Metal

Nonmetal

Nitrogen compound

CO, -137.34

Glutamine, -529.7

Cu⁺, +50.28

H2, 0

N2, 0

CO2, -394.4

Glyceraldehyde, -437.65

Cu²⁺, Calculate the standard reduction potential (E'o) for the CO2/methanol redox pair. (Only have the statistics of the Gibbs Free Energy)+64.94

H⁺, 0 at pH 0; -39.83 at pH 7 (-5.69 per pH unit)

NO, +86.57

CH₄, -50.75

Glycerate, -658.1

CuS, -49.02

0₂, 0

NO₂, +51.95

H₂00₃, -623.16

Glycerol, -488.52

Fe^°, 0

Fe²⁺, -78.87

OH^-, -157.3 at pH 14; -198.76 at pH 7; -237.57 at pH 0

NO2-,-37.2

HCO3^-, -586.85

Glycine, -370.8

Fe³⁺, -4.6

H2O, -237.17

NO3-,-111.34

CO₃^2-, -527.90

Glycolate, -530.95

FeCO₃, -673.23

H₂0₂, -134.1

NH₃, -26.57

Acetaldehyde, -139.9

Glyoxylate, -468.6

FeS₂, -150.84 FeS, -100.4

PO₄^3-, -1026.55

NH₄÷, -79.37

Acetate, -369.41

Guanine, +46.99

FeSO₄, -829.62

Se^°, 0

N₂0, +104.18

Acetone, -161.17

a-Ketoglutarate, -797.55

PbS, -92.59

H₂Se, -77.09

N₂H₄, +128

Alanine, -371.54

Lactate, -517.81

Mn^2t, -227.93

Se04^2-, -439.95

Arginine, -240.2

Lactose, -1515.24

Mn³⁺, -82.12

S°, o

Aspartate, -700.4

Malate, -845.08

Mn0₄^-, -506.57

S0₃^2-, -486.6

Benzene, +124.5

Mannitol, -942.61

Mn0₂, -456.71

50₄^2-, -744.6

Benzoic acid, -245.6

Methanol, -175.39

MnSO₄, -955.32

5₂0₃^2-, -513.4

n-Butanol, -171.84

Methionine, -502.92

HgS, -49.02

H₂S, -27.81

Butyrate, -352.63

Methylamine, -40.0

MoS₂, -225.42

HS^-, +12.05

Caproate, -335.96

Oxalate, -674.04

ZnS, -198.60

S^2-, +85.8

Citrate, -1168.34

Palmitic acid, -305

o-Cresol, -37.1

Phenol, -47.6

Crotonate, -277.4

n-Propanol, -175.81

Cysteine, -339.8

Propionate, -361.08

Dimethylamine, -3.3

Pyruvate, -474.63

Ethanol, -181.75

Ribose, -757.3

Formaldehyde, -130.54

Succinate, -690.23

Formate, -351.04

Sucrose, -370.90