Two identical cylinders different gasses

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The discussion revolves around solving a homework problem involving two identical cylinders filled with different gases, using the ideal gas law (PV=nRT). Participants confirm the relationship between the temperatures and the number of moles of gas in each cylinder, with one cylinder having twice the amount of gas as the other. There is a focus on the equation Ta < Tb and the proportionality of moles to temperature. The conversation emphasizes the need for clarification and validation of the solution approach. Overall, the participants agree on the correctness of the initial interpretations and calculations.
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Homework Statement


phys 4.png


Homework Equations


pv = nrt

The Attempt at a Solution


TA = TB/2
Ta<Tb
 
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What's your question? are you just wanting us to check your answers?
 
n_x \propto \frac{1}{T_x}
n_a = 2 n_b \; \therefore \; \ldots

What do you want us to do?
 
confirm my doubts.
 
I am hereby officially confirming your doubts.
 
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mafagafo said:
I am hereby officially confirming your doubts.
Seconded.
 

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