THERMODYNAMIC TABLES AGf Values ΔΗ Values Substance kJ/mole Substance kJ/mole co (g) -137 Co(g) -110 Co2 (g) -395 Co2 (g) -394 Fe2 03 (s) -742 CHa OH (1) -238 H2 0 (1) -237 CH4 (g) -75 H2 0 (g) - 228...

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Extracted text: THERMODYNAMIC TABLES AGf Values ΔΗ Values Substance kJ/mole Substance kJ/mole co (g) -137 Co(g) -110 Co2 (g) -395 Co2 (g) -394 Fe2 03 (s) -742 CHa OH (1) -238 H2 0 (1) -237 CH4 (g) -75 H2 0 (g) - 228 C2 Ha (g) +52 NH3 (g) -17 Fe2 03 (s) -824 NO (g) +87 H2 0 (1) -286 -242 NO2 (g) +51 H2 0 (g) Nac1(s) N2 04 (g) +98 -413 -470 С2 Hs ОН (1) -390 NAOH (aq) NH3 (g) HC2 H3 02 (1) -175 -46 NO (g) +90 C2 Hs OH (1) - 485 HC2 H3 02 (1) -278 Atomization Energies Bond Energies Atom kJ/mole atom Bond kJ/mole bond C(g) 715 C-C(g) 348 c1(g) 121 c-c1(g) 326 H(g) 218 C=0 (g) 724 I(g) 107 C-0(g) 1075 Na(g) 108 C-H(g) 415 0(g) 249 H-H(g) 436 N(8) 473 H-C1(g) 432 I-I(g) 150


Extracted text: 11. Calculate the absolute entropy of steam, in J/mole-K, if H2Oy has an absolute entropy of 70 J/mole-K. (Hint: write the chemical equation for boiling water and use the Thermodynamic Tables.)