Comparing Volumes of Gases in 2 Cylinder Containers

AI Thread Summary
When comparing gas volumes in two cylinder containers of 50 m³ and 60 m³, the volumes are inherently different due to the container sizes. Injecting the same number of moles of gas into each container will result in different pressures and temperatures, as the injection process can affect these variables. The ideal gas law (PV=nRT) confirms that volume plays a crucial role in determining the state of the gas. Therefore, the volumes used in calculations will not be the same, as they correspond to the respective container sizes. The discussion highlights the importance of considering container properties and injection methods in gas volume calculations.
momomo_mo
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I want to ask if I have 2 cylinder container

1) 50 m3
2) 60 m3

If I inject the same no. of mole of gases into these containers respectively
when I apply PV=nRT
Is the volume in calculating the gases in these containers are the same??
 
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Somethings are missing in your post.
Are the containers initially empty?
Are they isolant (thermic)?
How the gases are injected? The injection process will change the temperature.
 
momomo_mo said:
I want to ask if I have 2 cylinder container

1) 50 m3
2) 60 m3

If I inject the same no. of mole of gases into these containers respectively
when I apply PV=nRT
Is the volume in calculating the gases in these containers are the same??
If the volume of the first container is 50 m^3 and the volume of the second is 60 m^3, I suppose the volumes of the gas are...
50 m^3 and 60 m^3!

(This is the easier problem I've ever solved!).
 
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