So basically, Lussacâs Law is an ideal gas law where at a constant volume, the pressure of a fixed amount of gas is directly proportional to its temperature in Kelvins.

How would Lusaac's **Law change if the volume is not constant?**

Please Explain, Thank-You.

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Elin HesselLv2

13 Dec 2019

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Charlesâ Law Experiment

you determined the relationship between volume and temperature for air (which is a mixture of different gases). Suppose a fixed quantity of air is maintained at constant pressure as the volume decreases from 7.75 L to 2.25 L. At 7.75 L, the temperature is 60 Â°C.

1. What is the equation that describes Charlesâs Law?
2. What is 60 Â°C in Kelvins?
3. When the volume is decreased from 7.75 L to 2.25 L at constant pressure, the temperature will decrease. What is the temperature (in Kelvins) at 2.25 L?
4. Charlesâs Law is supposed to describe an ideal gas. How is it that we can use air (a mixture of gases) in this experiment?

Please answer the question I have posted below and explain your answer