Ice Cube Pressure: Temperature Difference & Distance

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The discussion centers on the relationship between pressure, distance, and temperature for an ice cube placed at the origin in an open air environment with a 15-degree Celsius temperature difference. It is noted that while the pressure remains constant, the temperature increases with distance from the ice cube, raising questions about how these variables interact. Participants emphasize the need for relevant equations and a clearer problem statement to facilitate understanding. The importance of adhering to homework templates for structured responses is also highlighted. Overall, the conversation seeks to clarify the principles governing pressure and temperature in this context.
Sarvesh Angadi
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what is the pressure vs distance graph if an ice cube is placed at the origin and the temperature of ice cube is maintained constant anytime,in open air,with a temperature difference of 15 degree celsius between the atmosphere and ice cube at normal atmpospheric pressure?
 
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What is the starting point? What is the principle based on which you are trying to solve the problem?
 
According to how you phrased your question, it seems as if your distance shouldn't affect anything; the temperature of your ice cube stays the same, as well as the pressure. Is there any relevant equations your class is going by, or a better context for the question?

In your P vs. d graph, pressure is remaining constant while d is changing, so what other graphs have you seen where something is constant over an interval?
 
Phantoful said:
According to how you phrased your question, it seems as if your distance shouldn't affect anything; the temperature of your ice cube stays the same, as well as the pressure. Is there any relevant equations your class is going by, or a better context for the question?

In your P vs. d graph, pressure is remaining constant while d is changing, so what other graphs have you seen where something is constant over an interval?
Thanks for replying.Since the ice cube is placed at the origin,the temperature raises as we move farther away from the origin.But temperature and pressure are related to each other.In simple,what would be the relationship between pressure and temperature in open system?
 
Sarvesh Angadi said:
Thanks for replying.Since the ice cube is placed at the origin,the temperature raises as we move farther away from the origin.But temperature and pressure are related to each other.In simple,what would be the relationship between pressure and temperature in open system?
This is still unclear.
Please post the whole question exactly as given to you.
Also, since this is a homework forum, you need to complete the template. Do not delete it.
Quote any standard equations you suspect may be relevant and show some attempt or thoughts.
 
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@Sarvesh Angadi -- This is the Homework Help Template that you should fill out for all schoolwork-type posts at the PF.

Please re-post your question using the Template, and fill out as much as you can. Please fill out the Problem Statement section as accurately as you can, and then show your work and efforts in the next 2 sections. Thank you.

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