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Lecture Notes for CHEM 3410 - PHYSICAL CHEMISTRY I with Richard at The Richard Stockton College of New Jersey (StoCo)

Notes Information

Material Type:Class Note
Professor:Richard
Class:CHEM 3410 - PHYSICAL CHEMISTRY I
Subject:Chemistry
University:The Richard Stockton College of New Jersey
Term:Fall 2008
Keywords:
  • Natural Sciences
  • Integrating
  • Constant Temperature
  • Partial Pressure
  • Interaction
  • Temperature
  • Molar Entropy
  • Free Energy
  • Mathematics
  • Mole Fraction
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The Richard Stockton College of New Jersey Chemistry Program, School of Natural Sciences and Mathematics PO Box 195, Pomoma, NJ CHEM 3410: Physical Chemistry I | Fall 2008 October 6, 2008 Lecture 15: Chemical potential of an ideal gas References 1. Levine, Physical Chemistry, Sections 4.6{4.8, 6.1{6.2 Key Concepts For a single component system consisting of an ideal gas, we were able to arrive at an expression for the chemical potential by integrating our expression for dG for a single component system at constant temperature (dG = VdP) between some reference pressure P and the pressure of interest P: (T;P) = (T) +RT ln PP where (T) is the chemical potential of the pure gas in the reference state (usually P = 1 bar) We can now arrive at expressions for related quantities such asS, since we know that S = @G @T P;n = @ @T P;n (where the bar above the quantity means per mole, or the molar entropy). For an ideal gas in a mixture, we have to account for the actual amou...

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