| Conclusion: When the
temperature increases, the pressure also increases and when the temperature decreases, the pressure also decreases. |
The expression Gay-Lussac's
law is used for each of the two relationships named after the French chemist Joseph Louis
Gay-Lussac and which concern the
properties of gases, though it is more usually applied to his law of combining volumes, the
first listed here. The
first law relates to volumes before and after a chemical reaction while the
second concerns the pressure and temperature relationship for a sample of gas
often known as Amonton´s law.
If the
pressure increases the temperature also increase and vice versa, as we can see
in the formula below.
p1/t1 = p2/t2
Good information on Gay-Lussacs Law but please include an introduction to the investigation and explain what you did.
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