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At 298.16°K (25°C) cal/deg mole 21.2

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Values are presented for the following thermodynamic properties: The heatcontent function, (HO -Ho 0) / T, the free-energy function, (FO -Ho 0) / T,lthe entropy, So, the heat content, HO-Hoo, and the heat capacity, C" 0, for O2 (gas) to 5,000 oK, Hz (gas) to 5,000 oK, H20 (gas) to 3,000 oK, N2 (gas) to 5,000 oK, C (solid, graphite) to 1,500 oK, C (solid, diamond) to 1,200 oK, CO (gas) to 5,000 oK, CO2 (gas) to 3,500 oK, and CH. (gas) to 1,500 oK; the standard entropy, So, for H 2 0 (liq) at

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