Wagner Cox
07/03/2023 · Senior High School
13 Un gas subisce una compressione dallo stato \( A\left(V_{A}=2,0 \mathrm{~L}\right. \); \( \left.T_{A}=300 \mathrm{~K}\right) \) allo stato \( B\left(p_{B}=\frac{p_{A}}{2}\right) \) e infine raggiunge lo stato \( C \) tramite una trasformazione isocora \( \left(V_{C}=3 V_{A}\right. \) e \( \left.p_{C}=p_{A}\right) \). Determina la temperatura nello stato \( B \) e nello stato \( C \). \( \left[T_{B}=450 \mathrm{~K} ; T_{C}=900 \mathrm{~K}\right] \)
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Per determinare le temperature negli stati \( B \) e \( C \), utilizziamo l'equazione dei gas ideali. Per lo stato \( B \), \( T_B = 600 \, \text{K} \), e per lo stato \( C \), \( T_C = 900 \, \text{K} \).
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