Tabela de Entalpia e Energia Livre de Gibbs de Formação de Substâncias Orgânicas

Formula Name Phase Δhf298 kJmol Δgf298 kJmol Source CH2O Formaldehyde G 11597 10999 1 CH4 Methane G 7481 5072 1 CH4O Methanol L 23873 16634 1 CH4O Methanol G 20066 16196 1 C2H2 Acetylene G 22688 20924 1 C2H3N Acetonitrile L 5317 9893 1 C2H3N Acetonitrile G 8792 10567 1 C2H4 Ethylene G 5226 6815 1 Formula Name Phase Δhf298 kJmol Δgf298 kJmol Source C2H4Cl2 11Dichloroethane L 16086 7620 1 C2H4Cl2 11Dichloroethane G 13000 7314 1 C2H4O Acetaldehyde G 16647 13339 1 C2H4O Ethylene oxide L 7746 1143 1 C2H4O Ethylene oxide G 5267 1310 1 C2H4O2 Acetic acid L 48441 38962 1 C2H4O2 Acetic acid G 43513 37694 1 C2H6 Ethane G 8468 3284 1 C2H6O Ethanol L 27717 17425 1 C2H6O Ethanol G 23496 16839 1 C3H6 Propylene G 2043 6276 1 C3H6O Acetone L 24828 15550 1 C3H6O Acetone G 21771 15315 1 C3H6O Propylene oxide L 12075 2675 1 C3H6O Propylene oxide G 9282 2579 1 C3H8 Propane G 10385 2349 1 C3H8O 1Propanol L 30476 17078 1 C3H8O 1Propanol G 25770 16308 1 C4H6 13Butadiene L 8541 14968 1 C4H6 13Butadiene G 11024 15077 1 C4H8 1Butene G 013 7134 1 C4H8 cis2Butene G 699 6590 1 C4H8 trans2Butene G 1118 6301 1 C4H8O2 Ethyl acetate L 47935 33293 1 C4H8O2 Ethyl acetate G 44321 32762 1 C4H10 nButane L 14775 1507 1 C4H10 nButane G 12623 1717 1 C4H10 Isobutane L 15855 2198 1 C4H10 Isobutane G 13461 2089 1 C4H10O nButanol L 32603 16119 1 C4H10O nButanol G 27461 15077 1 C5H10 1Pentene L 4672 7825 1 C5H10 1Pentene G 2093 7917 1 C5H12 nPentane L 17333 946 1 C5H12 nPentane G 14654 837 1 C6H6 Benzene L 4907 12434 1 C6H6 Benzene G 8298 12975 1 C6H6O Phenol S 16513 5045 1 C6H6O Phenol G 9642 3291 1 C6H7N Aniline L 3111 14918 1 C6H7N Aniline G 8692 16680 1 C6H12 Cyclohexane L 15634 2689 1 C6H12 Cyclohexane G 12322 3178 1 C6H12 1Hexene L 7243 8344 1 C6H12 1Hexene G 4170 8750 1 C6H14 nHexane L 19896 435 1 C6H14 nHexane G 16730 025 1 C7H8 Toluene L 1202 11384 1 C7H8 Toluene G 5003 12209 1 C7H14 1Heptene L 9801 8884 1 C7H14 1Heptene G 6234 9588 1 C7H16 nHeptane L 22454 100 1 Formula Name Phase Δhf298 kJmol Δgf298 kJmol Source C7H16 nHeptane G 18790 800 1 C8H10 oXylene L 2445 11053 1 C8H10 oXylene G 1901 12217 1 C8H10 mXylene L 2541 10773 1 C8H10 mXylene G 1725 11895 1 C8H10 pXylene L 2445 11003 1 C8H10 pXylene G 1796 12121 1 C8H10 Ethylbenzene L 1248 11978 1 C8H10 Ethylbenzene G 2981 13067 1 C8H16 1Octene L 12359 9416 1 C8H16 1Octene G 8298 10429 1 C8H18 nOctane L 25012 649 1 C8H18 nOctane G 20859 1641 1 C9H20 nNonane L 27566 1176 1 C9H20 nNonane G 22919 2483 1 C10H8 Naphthalene S 7813 20118 1 C10H8 Naphthalene G 15106 22374 1 C10H22 nDecane L 30124 1725 1 C10H22 nDecane G 24983 3324 1 Formula Name Phase ΔHf298 kJmol ΔGf298 kJmol Source Fe2O3 Hematite S 82425 74229 2 Fe2O4 Magnetite S 111838 101523 2 HBr Hydrogen bromide G 3638 5345 2 HCl Hydrogen chloride G 92312 9529 2 HF Hydrogen fluoride G 27255 27465 2 HNO3 Nitric acid G 13431 7396 2 H2O Water L 28583 23714 2 H2O Water G 24182 22857 2 H2S Hydrogen sulfide G 205 3333 2 H2SO4 Sulfuric acid L 81399 68989 2 H2SO4 Sulfuric acid G 73513 65337 2 NH3 Ammonia G 4611 1645 2 N2O Nitrous oxide G 8205 10417 2 NO Nitric oxide G 9029 866 2 NO2 Nitrogen dioxide G 331 5126 2 N2O4 Dinitrogen tetraoxide L 19564 9751 2 N2O4 Dinitrogen tetraoxide G 9079 9779 2 NaCl Sodium chloride S 41112 38402 2 NaF Sodium fluoride S 57348 54508 2 NaOH Sodium hydroxide S 42593 37973 2 NaOH Sodium hydroxide G 19749 20019 2 O Oxygen G 24917 23174 2 PH3 Phosphene G 557 1359 2 TaN Tantalum nitride S 2523 22658 2 TiC Titanium carbide S 1845 18084 2 TiN Titanium nitride S 33786 30916 2 SiC Silicon carbide S 7322 7085 2 SiCl2 Dichlorosilylene G 16861 18036 2 SiCl4 Silicon tetrachloride G 66275 62276 2 SiF4 Silicon tetrafluoride G 161494 15727 2 SiCl3H Trichlorosilane G 49622 4649 3 SiCl2H2 Dichlorosilane G 32049 2949 3 SiH3Cl Chlorosilane G 141838 11929 3 SiH4 Silane G 3431 5682 2 Si3N4 Silicon nitride S 74475 64734 2 SiO2 Silicon dioxide trigonal S 91086 85644 2 SiO2 Silicon dioxide hexagonal S 90634 75711 2 SiO2 Silicon dioxide cristobalite S 90253 71646 2 SiO2 Silicon dioxide L 93534 55167 2 SF6 Sulfur hexafluoride G 122047 11165 2 SO2 Sulfur dioxide G 296813 3001 2 SO3 Sulfur trioxide G 39577 37102 2 WF6 Tungsten hexafluoride G 172172 163229 2 ZnO Zinc oxide S 35046 32048 2 ZnS Zinc sulfide wurtzite S 19184 19014 2 ZnS Zinc sulfide sphalerite S 20518 2004 2 ZnSO4 Zinc sulfate S 9828 87145 2 Sources 1 Daniel R Stull Edgar F Westrum and Gerard C Sinke The Chemical Thermodynamics of Organic Compounds New York Wiley 1969 2 Ihsan Barin Thermochemical Data of Pure Substances 3rd ed vol I and II New York VCH 1995 3 M W Chase et al JANAF Thermochemical Tables 3rd ed Washington DC American Chemical Society New York National Bureau of Standards 1986