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Funciones Termodinámicas Gas Ideal

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ID:(447, 0)

Funciones Termodinámicas Gas Ideal

Model

Variables

Symbol

Text

Variable

Value

Units

Calculate

MKS Value

MKS Units

$T$

Absolute temperature

$\beta$

beta

$E$

Energía Media

$H$

Enthalpy

$S$

Entropy

J/K

$\gamma$

gamma

Entropy Constant

$Z$

Función Partición

$F$

Helmholtz free fnergy

$U$

Internal energy

$N$

Number of particles

$\Omega_h$

Omega_h

Número de Estados

$N$

Número de Particulas

$N$

Numero de Partículas

$p$

Pressure

$V$

Volume

m^3

Calculations

Equation

Number

First, select the equation:

, then, select the variable:

Symbol

Equation

Solved

Translated

Calculations

Symbol

Equation

Solved

Translated

Variable

Given

Calculate

Target :

Equation

To be used

Equations

$ U =\displaystyle\frac{3}{2} N k_B T $

U = 3* N * k_B * T

(ID 3749)

$ U =\displaystyle\frac{ N ^{5/3}}{( \gamma V )^{2/3}}e^{2 S /3 k_B N }$

U = N ^(5/3)*exp(2* S /(3* k_B * N ))/( gamma * V )^(2/3)

(ID 4052)

$ H =\displaystyle\frac{2 S }{3 k_B }\left(\displaystyle\frac{3 p }{2 \gamma }\right)^{2/5}e^{2 S /5 k_B N }$

H =(2* S /(3* k_B )*(3* p /(2* gamma ))^(2/5)*exp(2* S /(5* k_B * N ))

(ID 4053)

$ F =- k_B N T $

F =- k_B * N * T

(ID 4054)

$ G =0$

G =0

(ID 4055)

$\ln Z =\ln \Omega(\bar{E}) - \beta \bar{ E }$

ln( Z )= ln( Omega(E) )- beta * E

(ID 4758)

Examples

ID:(447, 0)