\(\frac {P×V}{T}=constant\)
\(\frac {P _1×V _1}{T _1}=\frac {P _2×V _2}{T _2}\)
Combined with the law of gas is the gas method combined with Charles's law, Boyle's law, and Gay-Lussac's law. Click Calculate Pressure, Volume, or Temperature to find the value you want to calculate.
Charles's law, volume and temperature are proportional to each other's pressure, which is proportional. Boyle's lawyers claim that pressure and volume are inversely related to each other at a fixed temperature. The final cover-Lussac law introduces a direct proportional relationship between constant temperature and pressure. The interdependence of these variables is combined with the gas method.
Combined with the law of gas, it is pointed out that the ratio of the pressure volume constant to temperature of a system remains unchanged.
Click on "Calculate Pressure", enter the value and click Calculate. The result will be displayed.
Input data: P1:20; V1:45; T1:25; V2:30; T2:18
Click: Calculate", result P2: 21.6
Pressure, volume and temperature are constant.
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