The discussion revolves around a physics problem involving an ice cube placed at the origin, with a constant temperature maintained while experiencing a temperature difference of 15 degrees Celsius with the surrounding atmosphere at normal atmospheric pressure. The focus is on understanding the relationship between pressure and distance in this context.
The discussion is ongoing, with participants seeking clarification on the original poster's question and encouraging the use of a structured template for homework queries. There is an exploration of how temperature changes with distance from the ice cube and its implications for pressure.
There is a noted need for the original poster to provide a complete problem statement and any relevant equations, as well as to clarify their attempts at solving the problem. The discussion highlights the importance of context in understanding the relationships between the variables involved.
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?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?
This is still unclear.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?