Relating Time and Temperature Change in a Closed System with Constant Volume

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To determine the time required for an 8000 L box to change temperatures from 300K to 400K, additional information is necessary beyond just the volume and temperature change. Factors such as molarity, mass, and momentum may influence the calculation, but the specific type of problem must be clarified. The discussion emphasizes the need for a complete problem statement to provide an accurate solution. Without this context, it's challenging to assess the thermal dynamics involved. A comprehensive understanding of the system's properties is essential for solving the temperature change over time.
Rubidium
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1. How can I relate the time it takes for a box of volume 8000 L to change temperatures from Ti=300K to Tf=400K?



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The answer to that question depends on a lot more than the information you have given.
 
I have more information. I have molarity, mass, and momentum. What else do I need?
 
Maybe you should just post the complete question. I have no idea so far of even what KIND of problem it is.
 

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