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| {{Main|Intensive and extensive properties}}
| | No matter how fast you run the animal will catch up and kill you. There is no way these results could be achieved.<br><br>Here is my page :: how long does the average man last in bed after penetration ([http://prematureejaculationtrainers.com/how-long-does-the-average-man-last-in-bed/ http://prematureejaculationtrainers.com/]) |
| {| class="wikitable" style="text-align:center"
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| |+[[Thermodynamic]] [[physical property|properties]] and their characteristics
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| !Property!!Symbol!!Units!![[Intensive and extensive properties|Extensive?]]!![[Intensive and extensive properties|Intensive?]]!![[Conjugate variables (thermodynamics)|Conjugate]]!![[Thermodynamic potential|Potential?]]!![[State function|State<br /> qty.]]?!![[Process function|Process<br /> qty.]]?
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| |style="text-align:left"|[[activity (chemistry)|Activity]]
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| |<math>a</math>
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| |{{spaced ndash}}
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| |{{aye}}
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| |style="text-align:left"|[[Altitude]]
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| |m
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| |-
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| |style="text-align:left"|[[Chemical potential]]
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| |<math>\mu_i</math>
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| |kJ/mol
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| |Particle<br /> number <math>N_i</math>
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| |{{aye}}
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| |style="text-align:left"|[[Compressibility]] <small>(adiabatic)</small>
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| |<math>\beta_S</math>, <math>\kappa</math>
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| |Pa<sup>−1</sup>
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| |{{aye}}
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| |style="text-align:left"|[[Compressibility]] <small>(isothermal)</small>
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| |<math>\beta_T</math>, <math>\kappa</math>
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| |Pa<sup>−1</sup>
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| |style="text-align:left"|[[Cryoscopic constant]]<ref>{{Citation
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| | last = Aylward
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| | first = Gordon
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| | author-link = Gordon Aylward
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| | last2 = Findlay
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| | first2 = Tristan
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| | author2-link = Tristan Findlay
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| | title = SI Chemical Data 5th ed.
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| | place = Sweden
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| | publisher = John Wiley & Sons
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| | year = 2002
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| | edition = 5
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| | pages = 202
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| | isbn = 0-470-80044-5}}</ref>
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| |<math>K_f</math>
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| |K·kg/mol
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| |style="text-align:left"|[[Density]]
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| |<math>\rho</math>
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| |kg/m<sup>3</sup>
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| |style="text-align:left"|[[Ebullioscopic constant]]
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| |<math>K_b</math>
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| |style="text-align:left"|[[Enthalpy]]
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| |<math>H</math>
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| |J
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| |{{aye}}
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| |style="text-align:left"|{{space|3}}↳ [[Specific enthalpy]]
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| |<math>h</math>
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| |J/kg
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| |{{aye}}
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| |{{aye}}
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| |style="text-align:left"|[[thermodynamic entropy|Entropy]]
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| |<math>S</math>
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| |J/K
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| |{{aye}}
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| |Temperature <math>T</math>
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| |{{aye}} <small>([[Free entropy|entropic]])</small>
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| |{{aye}}
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| |style="text-align:left"|{{space|3}}↳ Specific entropy
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| |<math>s</math>
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| |J/(kg K)
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| |{{aye}}
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| |{{aye}}
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| |style="text-align:left"|[[Fugacity]]
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| |<math>f</math>
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| |N/m²
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| |{{aye}}
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| |{{aye}}
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| |style="text-align:left"|[[Gas constant]]
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| |<math>R, \bar R</math>
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| |J/K
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| |{{aye}}
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| |style="text-align:left"|{{space|3}}↳ [[Specific gas constant]]<br/>{{space|6}}<small>(for a particular substance)</small>
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| |<math>R_S</math>
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| |J/(kg K)
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| |{{aye}}
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| |style="text-align:left"|[[Gibbs free energy]]
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| |<math>G</math>
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| |J
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| |{{aye}}
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| |{{aye}}
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| |style="text-align:left"|{{space|3}}↳ Specific Gibbs free entropy
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| |<math>g</math>
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| |J/(kg K)
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| |{{aye}}
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| |{{aye}}
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| |style="text-align:left"|[[Free entropy|Gibbs free entropy]]
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| |<math>\Xi</math>
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| |J/K
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| |{{aye}}
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| |{{aye}} <small>([[Free entropy|entropic]])</small>
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| |{{aye}}
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| |style="text-align:left"|[[Grand potential|Grand / Landau potential]]
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| |<math>\Omega</math>
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| |J
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| |style="text-align:left"|[[Heat]]
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| |<math>Q</math>
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| |J
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| |{{aye}}
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| |style="text-align:left"|[[Heat capacity]] <small>(constant pressure)</small>
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| |<math>C_p</math>
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| |J/K
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| |{{aye}}
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| |{{aye}}
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| |style="text-align:left"|{{space|3}}↳ [[Specific heat capacity]]<br/>{{space|6}}<small>(constant pressure)</small>
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| |<math>c_p</math>
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| |J/(kg·K)
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| |{{aye}}
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| |style="text-align:left"|[[Heat capacity]] <small>(constant volume)</small>
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| |<math>C_v</math>
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| |J/K
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| |{{aye}}
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| |{{aye}}
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| |style="text-align:left"|{{space|3}}↳ [[Specific heat capacity]]<br/>{{space|6}}<small>(constant volume)</small>
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| |<math>c_v</math>
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| |J/(kg·K)
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| |{{aye}}
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| |{{aye}}
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| |style="text-align:left"|[[Helmholtz free energy]]
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| |<math>A</math>, <math>F</math>
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| |J
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| |{{aye}}
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| |style="text-align:left"|[[Free entropy|Helmholtz free entropy]]
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| |<math>\Phi</math>
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| |J/K
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| |{{aye}}
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| |{{aye}} <small>([[Free entropy|entropic]])</small>
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| |{{aye}}
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| |style="text-align:left"|[[Internal energy]]
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| |<math>U</math>
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| |J
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| |{{aye}}
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| |{{aye}}
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| |{{aye}}
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| |style="text-align:left"|{{space|3}}↳ [[Specific internal energy]]
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| |<math>u</math>
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| |J/kg
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| |{{aye}}
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| |style="text-align:left"|[[Internal pressure]]
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| |<math> \pi _T</math>
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| |Pa
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| |style="text-align:left"|[[Mass]]
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| |<math>m</math>
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| |kg
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| |{{aye}}
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| |style="text-align:left"|[[Particle number]]
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| |<math>N_i</math>
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| |{{spaced ndash}}
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| |{{aye}}
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| |Chemical<br /> potential <math>\mu_i</math>
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| |style="text-align:left"|[[Pressure]]
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| |<math>p</math>
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| |Pa
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| |Volume <math>V</math>
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| |{{aye}}
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| |style="text-align:left"|[[Thermodynamic temperature|Temperature]]
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| |<math>T</math>
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| |K
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| |{{aye}}
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| |Entropy <math>S</math>
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| |{{aye}}
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| |style="text-align:left"|[[Thermal conductivity]]
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| |<math>k</math>
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| |W/(m·K)
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| |{{aye}}
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| |{{aye}}
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| |style="text-align:left"|[[Thermal diffusivity]]
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| |<math>\alpha</math>
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| |m²/s
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| |{{aye}}
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| |style="text-align:left"|[[Thermal expansion]] <small>(linear)</small>
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| |<math>\alpha_L</math>
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| |K<sup>−1</sup>
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| |{{aye}}
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| |style="text-align:left"|[[Thermal expansion]] <small>(area)</small>
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| |<math>\alpha_A</math>
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| |K<sup>−1</sup>
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| |{{aye}}
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| |style="text-align:left"|[[Thermal expansion]] <small>(volumetric)</small>
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| |<math>\alpha_V</math>
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| |K<sup>−1</sup>
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| |{{aye}}
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| |style="text-align:left"|[[Vapor quality]]<ref name=boles>{{Cite book | last1 = Cengel | first1 = Yunus A. | last2 = Boles | first2 = Michael A. | title = Thermodynamics: an engineering approach | year = 2002 | publisher = McGraw-Hill | location = Boston | isbn = 0-07-121688-X | pages = 79}}</ref>
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| |<math>\chi</math>
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| |{{spaced ndash}}
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| |{{aye}}
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| |{{aye}}
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| |style="text-align:left"|[[Volume (thermodynamics)|Volume]]
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| |<math>V</math>
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| |m<sup>3</sup>
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| |{{aye}}
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| |Pressure <math>P</math>
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| |{{aye}}
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| |style="text-align:left"|{{space|3}}↳ [[Specific volume]]
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| |<math>v</math>
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| |m<sup>3</sup>/kg
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| |{{aye}}
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| |style="text-align:left"|[[Work_(thermodynamics)|Work]]
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| |<math>W</math>
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| |J
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| |{{aye}}
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| |{{aye}}
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| |}
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| Specific properties are expressed on a per mass basis; in some circumstances other dimensions could be used, such as per-mole.
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| ==See also==
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| * [[Dimensionless number]]s
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| * [[Thermodynamic databases for pure substances]]
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| * [[Thermodynamic variable]]
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| ==References==
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| {{reflist}}
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| {{DEFAULTSORT:List Of Thermodynamic Properties}}
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| [[Category:Physics-related lists|Thermodynamic properties]]
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No matter how fast you run the animal will catch up and kill you. There is no way these results could be achieved.
Here is my page :: how long does the average man last in bed after penetration (http://prematureejaculationtrainers.com/)