Chemical Substance (state)	∆G_f^◦kJ/mol
Ag(s)	0
Ag⁺(aq)	78
AgBr(s)	-100
AgCN(s)	164
AgCl(s)	-110
Ag₂CrO₄(s)	-622
AgI(s)	-66
Ag₂O(s)	-10
Ag₂S(s)	-40
Al(s)	0
Al₂O₃(s)	-1580
Al(OH)₃(s)
AlCl₃(s)	-630
Ba(s)	0
BaCl₂(s)	-790
BaCO₃(s)	-1138
BaO(s)	-552
Ba(OH)₂(s)
BaSO₄(s)	-1354
Be(s)	0
BeO(s)	-570
Be(OH)₂(s)	-815
Br₂(l)	0
Br₂(g)	3
Br₂(aq)	4
Br^–(aq)	-105
Cd(s)	0
CdO(s)	-230
Cd(OH)₂(s)	-474
CdS(s)	-154
CdSO₄(s)	-822
Ca(s)	0
CaC₂(s)	-68
CaCO₃(s)	-1130
CaO(s)	-605
Ca(OH)₂(s)	-900
Ca₃(PO₄)₂(s)	-3890
CaSO₄(s)	-1320
CaSiO₃(s)	-1550
C(s) (graphite)	0
C(s) (diamond)	3
CO(g)	-138
CO₂(g)	-390
CH₄(g)	-50
CH₃OH(g)	-162
CH₃OH(l)	-165
C₂H₂(g)	210
C₂H₄(g)	68
CH₃CHO(g)	-130
C₂H₅OH(l)	-175
C₂H₆(g)	-33
C₃H₆(g)	63
C₃H₈(g)	-24
C₂H₄O(g) (ethylene oxide)	-13
CH₂=CHCN(g)	195
CH₃COOH(l)	-390
C₆H₁₂O₆(s)	-910
CCl₄	-65
Cl₂(g)	0
Cl₂(aq)	7
Cl^–(aq)	-130
Cr(s)	0
Cr₂O₃(s)	-1048
CrO₃(s)	-500
Cu(s)	0
CuCO₃(s)	-518
Cu₂O(s)	-148
CuO(s)	-128
Cu(OH)₂(s)	-372
CuS(s)	-48
F₂(g)	0
F^–(aq)	-280
Fe(s)	0
Fe₃C(s)	15
Fe_0.95O(s) (wustite)	-240
FeO	-255
Fe₃O₄(s) (magnetite)	-1013
Fe₂O₃(s) (hematite)	-740
FeS(s)	-100
FeS₂(s)	-165
FeSO₄(s)	-825
HBr(g)	-5
H₂CO(g)	-110
HCOOH(g)	-350
HCN(g)	125
HCl(g)	-95
HF(g)	-270
H₂(g)	0
H(g)	203
H⁺(aq)	0
OH^–(aq)	-156
H₂O(l)	-238
H₂O(g)	-230
HNO₃(aq)	-110
HNO₃(l)	-80
H₃PO₄(s)	-1120
H₃PO₄(l)
H₃PO₄(aq)	-1142
H₂S(g)	-34
H₂SO₄(l)	-690
H₂SO₄(aq)	-745
Hg(l)	0
Hg₂Cl₂(s)	-210
HgCl₂(s)	-185
HgO(s)	-60
HgS(s)	-50
I₂(s)	0
I₂(g)	20
I₂(aq)	16
I^–(aq)	-52
K(s)	0
KCl(s)	-408
KClO₃(s)	-290
KClO₄(s)	-304
K₂O(s)	-322
K₂O₂(s)	-430
KO₂(s)	-238
KOH(s)	-380
KOH(aq)	-440
Mg(s)	0
MgCO₃(s)	-1030
MgO(s)	-570
Mg(OH)₂(s)	-834
Mn(s)	0
MnO(s)	-362
Mn₃O₄(s)	-1280
Mn₂O₃(s)	-894
MnO₂(s)	-466
MnO₄^–(aq)	-450
Na(s)	0
Na⁺(aq)	-262
NaBr(s)	-347
Na₂CO₃(s)	-1048
NaHCO₃(s)	-850
NaCl(s)	-384
NaH(s)	-34
NaI(s)	-282
NaNO₂(s)
NaNO₃(s)	-366
Na₂O(s)	-377
Na₂O₂(s)	-450
NaOH(s)	-380
NaOH(aq)	-420
Ni(s)	0
NiCl₂(s)	-272
NiO(s)	-212
Ni(OH)₂(s)	-454
NiS(s)	-90
N₂(g)	0
NH₃(g)	-18
NH₃(aq)	-26
NH₄⁺(aq)	-80
NO(g)	86
NO₂(g)	52
N₂O(g)	104
N₂O₄(g)	98
N₂O₄(l)	97
N₂O₅(s)	134
N₂H₄(l)	150
N₂H₃CH₃(l)	180
NH₄ClO₄(s)	-90
NH₄Cl(s)	-203
O₂(g)	0
O(g)	232
O₃(g)	163
Pb(s)	0
PbO₂(s)	-215
PbS(s)	-100
PbSO₄(s)	-813
P(s) (white)	0
P(s) (red)	-12
P(s) (black)	-33
P₄(g)	24
PF₅(g)	-1510
PH₃(g)	13
P₄O₁₀(s)	-2700
S(s) (rhombic)	0
S(s) (monoclinic)	0.1
S^2-(aq)	86
S₈(s)	50
SF₆(g)	-1105
SiO₂(s) (quartz)	-856
SiCl₄(l)	-620
SO₂(g)	-300
SO₃(g)	-370
SO₄^2-(aq)	-745
Sn(s) (white)	0
Sn(s) (grey)	0.1
SnO(s)	-255
SnO₂(s)	-520
Sn(OH)₂(s)	-490
TiCl₄(g)	-728
TiO₂(s)	-890
U(s)	0
UF₆(s)	-2008
UF₆(g)	-2030
UO₂(s)	-1030
U₃O₈(s)	-3390
UO₃(s)	-1150
Xe(g)	0
XeF₂(g)	-48
XeF₄(s)	-120
XeF₆(g)
XeO₃(s)
Zn(s)	0
ZnO(s)	-318
Zn(OH)₂(s)
ZnS(s) (wurtzite)
ZnS(s) (zinc blende)	-200
ZnSO₄(s)	-874

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Chem Table – Enthalpy of Formation

May 2nd, 2010 |

Author: Andrew

This table is valid for the temperature 25 C

Chemical Substance (state)	∆H_f^◦ (kJ/mol)
Ag(s)	0
Ag⁺(aq)	105
AgBr(s)	-100
AgCN(s)	164
AgCl(s)	-128
Ag₂CrO₄(s)	-712
AgI(s)	-62
Ag₂O(s)	-32
Ag₂S(s)	-40
Al(s)	0
Al₂O₃(s)	-1675
Al(OH)₃(s)	-1276
AlCl₃(s)	-704
Al₂(SO₄)₃(s)	-3440
Ba(s)	0
BaCO₃(s)	-1220
BaO(s)	-582
Ba(OH)₂(s)	-945
BaSO₄(s)	-1465
BaCl₂(s)	-858
Be(s)	0
BeO(s)	-600
Be(OH)₂(s)	-903
Br₂(l)	0
Br₂(g)	31
Br₂(aq)	-3
BrF₃ (g)	-255
Br^–(aq)	-120
Cd(s)	0
CdO(s)	-259
Cd(OH)₂(s)	-560
CdS(s)	-162
CdSO₄(s)	-935
Ca(s)	0
Ca²⁺(g)	1925
CaC₂(s)	-63
CaCl₂(s)	-796
CaCl₂(aq)	-877
CaCO₃(s)	-1206
CaF₂(s)	-1220
CaH₂(s)	-186
CaO(s)	-635
Ca(OH)₂(s)	-985
Ca(OH)₂(aq)	-1003
Ca₃(PO₄)₂(s)	-4125
CaSO₄(s)	-1435
CaSiO₃(s)	-1630
C(s) graphite	0
C(s) diamond	2
CO(g)	-110
CO₂(g)	-394
CS₂(l)	89
CS₂(g)	117
CH₄(g)	-75
CH₃OH(g)	-200
CH₃OH(l)	-240
CH₂O(g)	-115
CHOOH(g)	-363
CHN(g)	135
C₂H₂(g)	227
C₂H₄(g)	52
CH₃CHO(g)	-165
C₂H₅OH(l)	-278
C₂H₆(g)	-85
C₃H₆(g)	21
C₃H₈(g)	-105
C₂H₄O(g)	-53
CH₃COOH(l)	-485
C₆H₁₂O₆(s) glucose	-1275
CCl₄(l)	-135
CCl₄(g)	-104
Cs(s)	0
Cs(g)	76
Cs(l)	2
Cs+(g)	458
CsCl(s)	-443
Cl₂(g)	0
Cl₂(aq)	-23
Cl^–(aq)	-165
Cr(s)	0
Cr₂O₃(s)	-1128
CrO₃(s)	-580
Cu(s)	0
CuCO₃(s)	-595
Cu₂O(s)	-170
CuO(s)	-156
Cu(OH)₂(s)	-450
CuS(s)	-50
F₂(g)	0
F^–(aq)	-333
Fe(s)	0
Fe₃C(s)	20
FeCl₃(s)	-400
FeO(s)	-272
Fe₃O₄(s)	-1118
Fe₂O₃(s)	-825
FeS(s)	-96
FeS₂(s)	-178
FeSO₄(s)	-929
HBr(g)	-35
HCl(g)	-92
HF(g)	-270
H₂(g)	0
H(g)	217
H⁺(g)	0
HCN(g)	130
OH^–(g)	-230
H₂O(l)	-286
H₂O(g)	-242
H₂S(g)	-20
H₂SO₄(l)	-813
H₂SO₄(aq)	-908
H₃PO₄(s)	-1280
H₃PO₄(l)	-1267
H₃PO₄(aq)	-1288
HI(g)	27
HNO₃(aq)	-207
HNO₃(l)	-175
Hg(l)	0
Hg₂Cl₂(s)	-265
HgCl₂(s)	-230
HgO(s)	-90
HgS(s)	-60
I₂(s)	0
I₂(g)	62
I₂(aq)	23
I^–(aq)	-55
K(s)	0
KBr(s)	-392
KCl(s)	-435
KF(s)	-563
KClO₃(s)	-390
KClO₄(s)	-433
K₂O(s)	-360
KOH(s)	-425
KOH(aq)	-480
Mg(s)	0
MgCO₃(s)	-1112
MgCl₂(s)	-642
MgO(s)	-600
Mg(OH)₂(s)	-925
Mg(OH)₂(aq)	-927
MgSO₄(s)	-1278
Mn(s)	0
MnO(s)	-385
Mn₃O₄(s)	-1387
Mn₂O₃(s)	970
MnO₂(s)	-520
MnO₄^–(aq)	-543
N₂(g)	0
NH₃(aq)	-80
NH₄⁺(aq)	-132
NO(g)	90
NO₂(g)	35
N₂O(g)	82
N₂O₄(g)	10
N₂O₄(l)	-20
N₂O₅(s)	-42
N₂H₄(l)	50
N₂H₃CH₃(l)	54
NH₄ClO₄(s)	-295
NH₄Cl(s)	-315
Na(s)	0
Na⁺(aq)	-240
NaBr(s)	-360
Na₂CO₃(s)	-1130
NaHCO₃(s)	-948
NaCl(s)	-386
NaH(s)	-55
NaI(s)	-288
NaNO₂(s)	-360
NaNO₃(s)	-467
NaNO₃(aq)	-469
Na₂O(s)	-415
Na₂O₂(s)	-515
NaOH(s)	-427
NaOH(aq)	-470
Ni(s)	0
NiCl₂(s)	-315
NiO(s)	-240
Ni(OH)₂(s)	-538
NiS(s)	-93
O₂(g)	0
O(g)	250
O₃(g)	143
P(s)	0
P₄(g)	60
PF₅(g)	-1578
PCl₃(l)	-320
PCl₅(s)	-440
PH₃(g)	5
P₄O₁₀(s)	-2985
Pb(s)	0
PbO₂(s)	-277
PbS(s)	-100
PbSO₄(s)	-920
Pb(NO₃)₂(s)	-452
S(s)	0
S^2-(aq)	33
S₈(g)	102
SF₆(g)	-1208
SO₂(g)	-300
SO₃(g)	-395
SO₄^2-(aq)	-910
Si(g)	368
SiC(s)	-73
SiO₂(s)	-911
SiCl₄(l)	-687
Sn(s)	0
SnO(s)	-285
SnO₂(s)	-580
Sn(OH)₂(s)	-560
TiCl₄(g)	-763
TiO₂(s)	-945
U(s)	0
UF₆(s)	-2137
UF₆(g)	-2113
UO₂(s)	-1084
U₃O₈(s)	-3575
UO₃(s)	-1230
Xe(g)	0
XeF₂(g)	-108
XeF₄(s)	-250
XeF₆(g)	-294
XeOa(s)	402
Zn(s)	0
ZnO(s)	-348
Zn(OH)₂(s)	-642
ZnS(s)	-195
ZnSO₄(s)	-983

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Chem Table – Heat of Fusion and Vaporization / Melting and Boiling

May 2nd, 2010 |

Author: Andrew

Heat of Fusion and Heat of Vaporization Table

Chemical Substance	Fusion (J/g)	Vapor (J/g)
H₂O	334	2260
CH₄ (Methane)	59.0	113
CH₃OH (Methanol)	70.0
C₂H₆ (Ethane)	69.1
C₂H₅OH (Ethanol)	109
CH₃COOH	192
CO₂	184	574
Al	400	11,000
Br₂	134	378
He	4	20
Ne	17	85
Ar	28	160
Kr	16	100
H₂	60	445
N₂	25	200
O₂	14	210
Cu	209	4700
Fe	250	6000
Pb	25	860
Na	115	4200
Hg	11	300
Ag	105	2400
Sn	60	2500
Zn	112	1900

Melting Point and Boiling Point Table

Chemical Substance	Melting (C)	Boiling (C)
H₂O	0	100
CH₄ (Methane)	-180	-164
CH₃OH (Methanol)	-97	65
C₂H₆ (Ethane)	-172	-90
C₂H₅OH (Ethanol)	-130	78
CH₃COOH
CO₂
Al	660	2520
Br₂	-7	60
He		-270
Ne	-249	-246
Ar	-190	-186
Kr	-157	-153
H₂	-260	-253
N₂	-210	-196
O₂	-219	-183
Cu	1080	2560
Fe	1540	2860
Pb	327	1750
Na	98	882
Hg	-40	356
Ag	962	2160
Sn	230	2600
Zn	420	908

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Chem Table – Specific Heat Capacity

May 2nd, 2010 |

Author: Andrew

Chemical Substance (state)	J / g C
Al(s)	0.89
Be(s)	1.82
He(g)	5.19
Li(s)	3.58
C(s) graphite	0.71
C(s) diamond	0.51
CO₂(g)	0.84
CH₄(g)	2.19
C₂H₅OH(l)	2.40
Ne(g)	1.03
Ar(g)	0.52
Be(s)	1.82
Cu(s)	0.38
H₂O(s)	2.03
H₂O(l)	4.18
H₂O(g)	2.08
Fe(s)	0.45
Pb(s)	0.13
Mg(s)	1.02
Hg(l)	0.14
N₂(g)	1.04
NH₃(l)	4.70
O₂(g)	0.92
SiO₂(s)	0.84
Na(s)	1.23
Ag(s)	0.24
H₂S(g)	1.01
Sn(s)	0.21
Zn(s)	0.39

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Chem Misc – Polyatomic Ions

March 24th, 2010 |

Author: Andrew

Common Polyatomic Ions

Group 1

NH₄⁺	Ammonium
1
NO₃^–	Nitrate
NO₂^–	Nitrite
CO₃^2-	Carbonate
CO₂^2-	Carbonite
1
SO₄^2-	Sulfate
SO₃^2-	Sulfite
PO₄^3-	Phosphate
PO₃^3-	Phosphite
1
OH^–	Hydroxide
CN^–	Cyanide
C₂H₃O₂^–	Acetate

Group 2

H₃O⁺	Hydronium
1
ClO₄^–	Perchlorate
ClO₃^–	Chlorate
ClO₂^–	Chlorite
ClO^–	Hypochlorite
1
BrO₄^–	Perbromate
BrO₃^–	Bromate
BrO₂^–	Bromite
BrO^–	Hypobromite
1
IO₄^–	Periodate
IO₃^–	Iodate
IO₂^–	Iodite
IO^–	Hypoiodite

Group 3

MnO₄^–	Permanganate
CrO₄^2-	Chromate
Cr₂O₇^2-	Perchromate
S₂O₃^2-	Thiosulfate
O₂^2-	Peroxide

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