Ideal gas equation of state
Enter the value and click Calculate. The result will be displayed.
The ideal gas state equation is the first one by îT Paul É Clapperon at 1834 miles. It determines the relationship between pressure, volume and temperature.
For the ideal gas state equation, this is a good approximation of the actual gas at a sufficiently high temperature and pressure; that is, \(PV=RT\), P is the pressure, and V is the volume per mole of gas. T is the temperature and R is the gas constant.
The pressure, temperature, and amount of a particular substance involved in any equation are called state equations.
Input data:
Temperature: 25 absolute temperature scale (Kelvin)
Pressure: 110 ATM, asynchronous transfer mode
Gas constant: 45J/kg*K
Quality: 5kg Specific volume: 0.0001m3/kg
Specific capacity: 0.00001lb/feet3
Volume: 0.0005m3
Density: 10000kg/m3
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