Volume and temperature in isobaric process

A thermodynamic process is called isobaric when the pressure inside the system stays constant. Also called Charles’s law, it states that the volume of the gas scales by the same amount as the temperature during an isobaric process.

Links:

1. Wikipedia.

initial_temperature

Initial temperature of the system.

Symbol:

T_0

Latex:

\(T_{0}\)

Dimension:

temperature

final_temperature

Final temperature of the system.

Symbol:

T_1

Latex:

\(T_{1}\)

Dimension:

temperature

initial_volume

Initial volume of the system.

Symbol:

V_0

Latex:

\(V_{0}\)

Dimension:

volume

final_volume

Final volume of the system.

Symbol:

V_1

Latex:

\(V_{1}\)

Dimension:

volume

law

V_0 / V_1 = T_0 / T_1

Latex:

\[\frac{V_{0}}{V_{1}} = \frac{T_{0}}{T_{1}}\]