App description

\(P \times \frac {1}{T}=constant \)

\(\frac {P _1}{T _1}=\frac {P _2}{T _2}\)

• P1 = pressure 1
• T1 = temperature 1
• P2 = pressure 2
• T2 = temperature 2

After the cover - Lussac's law was named, the French chemist Luis Gallusac.

Gay-Lussac investigated the pressure between gas and temperature.

Gay-Lussac's law states that the pressure of a gas sample is proportional to temperature when the volume is constant.

An example of a Gay-Lussac application is an autoclave.

Usage example

Click on “Calculate Pressure” and enter the data: P1:45; P2:30; T1:25

Click on "Calculate" and the result is T2: 16.667

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