Arve

This is a computing project where I am designing the project in matlab. However it is the physics/chemistry aspect that i struggle with. I am not expecting the answer to anything and I am very happy with the help that I have received so far. I will take a closer look in the next week and try to see if I can come up with a solution to my problem based on the information I have now. And hopefully then you help to verify if what I have discovered are correct or not.

It may for sure be an energy problem over a problem that involves the ideal gas equation. Maybe that is the reason why I am stuck? I will try to look more into this, maybe it might be good to walk away from the ideal gas equation completely.

No I do not know how much gas is bled off.

Yes that is correct, I have the volume. My mistake. The data I have to input are the one I mentioned, Temperature before, pressure before and after, temperature of the surroundings, volume of the container (length and width), thickness of the wall, thermal conductivity of the material of the container. Is there any specific data that you see are missing here, that will help solve for the new temperature inside the container, that in a normal day-to-day situation would be easily available? Right now I am not focusing on the temperature loss from convection over time. I feel like I first need to figure out how to account for the variable "n".

Thanks for the reply @exchemist. So the actual task that I have is to design a calculator which gives the following outputs: Temperature on the gas after bleeding of the gas, temperature on the container after bleeding of the gas. These are the factors given to me: Temperature before, pressure before and after, temperature of the surroundings, volume of the container (length and width), thickness of the wall, thermal conductivity of the material of the container. I have been working on this problem for a while, but as i mentioned I am not sure what I am missing here. What information are you missing that should be provided here? Thanks for the help!

Hi, I have a problem where I am to calculate the temperature inside a container after releasing some of the gas (N2) out from the container itself. To calculate the temperature (T2) I am given the temperature before releasing the gas (T1), and also the pressure inside the container before (p1) and after (p2). First i though i might be able to use (p1/T1 = p2/T2)., However, with this I am just ignoring the parameter n, number of molecules, and I am unsure if this is the correct method to use. (pV = nRT) Any help in explaining how to approach this would be much appreciated.