Relation betwn P,V,T in the given case

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SUMMARY

The discussion centers on the relationship between pressure (P), volume (V), and temperature (T) in the context of an ideal gas. It is established that for both pressure and volume to increase simultaneously, the temperature must also increase, as dictated by the ideal gas law. The process in question is characterized as a heating process, which is essential for achieving the simultaneous increase in P and V.

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if in a process both pressure and volume increase, is it necessary that temp. must increase? by the way what kind of a process it will be?
 
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If you are talking about ideal gas, then the only way to increase pressure and volume at the same time is by heating it up.
 

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