Three samples of the same gas $A, B$ and $C(\gamma = 3/2)$ have initially equal volume. Now the volume of each sample is doubled. The process is adiabatic for $A$ isobaric for $B $ and isothermal for $C$. If the final pressures are equal for all three samples, the ratio of their initial pressures are
Three samples of the same gas $A, B$ and $C(\gamma = 3/2)$ have initially equal volume. Now the volume of each sample is doubled. The process is adiabatic for $A$ isobaric for $B $ and isothermal for $C$. If the final pressures are equal for all three samples, the ratio of their initial pressures are
- A
$2\sqrt 2 \,\,:\,\,2\,\,:\,\,1$
- B
$2\sqrt 2 \,\,:\,\,1\,\,:\,\,2$
- C
$\sqrt 2 \,\,:\,\,1\,\,:\,\,2$
- D
$2\,\,:\,\,1\,\,:\,\,\sqrt 2 $
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