Need Help with Ideal Gas Problem?

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Discussion Overview

The discussion revolves around a request for assistance with an ideal gas problem, focusing on the application of relevant equations, particularly the Ideal Gas Law and the volume of a sphere as a function of radius. The context appears to be homework-related, with an emphasis on demonstrating understanding and showing work before receiving help.

Discussion Character

  • Homework-related
  • Meta-discussion

Main Points Raised

  • One participant expresses a desire for help with an ideal gas problem but does not provide their work.
  • Multiple participants emphasize the importance of showing work in accordance with forum rules before receiving assistance.
  • There is a request for clarification on relevant equations, specifically the Ideal Gas Law and the volume of a sphere.
  • A participant acknowledges the need to show work in future posts and indicates they may not require further help on this occasion.
  • Another participant seeks confirmation of understanding regarding the previous post's content.

Areas of Agreement / Disagreement

Participants generally agree on the forum's rules regarding the necessity of showing work before receiving help. However, there is some ambiguity in the original poster's intent and whether they still seek assistance.

Contextual Notes

The discussion lacks specific details about the ideal gas problem itself, including any assumptions or parameters that may be relevant to the equations discussed.

mimimycin
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Homework Statement
If from any He balloon (has some radius) is getaway some amount of gas, what will happen to its radius?
T and P is const. And under ideal gas conditions.
Relevant Equations
I will be glad if there is someone who can explain to me.
thanks beforehand.
I tried actually, but i don't think it's that easy.
Hello guys.
I really try to understand the problem, can you please help.
 
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Welcome to the PF. :smile:

Per the PF rules, you need to show us your work before we can offer tutorial help.

What Relevant Equations do you think apply? What is the equation for the volume of a sphere as a function of radius? What is the Ideal Gas Law, and do you think you could apply it to this problem?
 
berkeman said:
Welcome to the PF. :smile:

Per the PF rules, you need to show us your work before we can offer tutorial help.

What Relevant Equations do you think apply? What is the equation for the volume of a sphere as a function of radius? What is the Ideal Gas Law, and do you think you could apply it to this problem?
ahh okay, I will do next time. You can refuse my post. I did already because :)thanks anyway
 
mimimycin said:
ahh okay, I will do next time. You can refuse my post. I did already because :)thanks anyway
I'm having trouble parsing your post, but I think you're saying that you solved this problem already and don't need any more help on it, and that you'll be sure to post your work next time. Did I understand your post correctly? :smile:
 

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