A) Isochoric
B) Lsobaric
C) Isothermal
D) Cyclic
Correct Answer: A
Solution :
[a]At A |
Temp. = 300 K, volume = 10 L |
Let pressure at this point \[={{p}_{1}}\]At C |
Temp. = 600 K, volume = 20 L |
Let the pressure at this point \[={{p}_{2}}\] |
According to ideal gas, |
pV = RT (For 1 mole) |
\[R=\frac{pV}{T}\] |
\[\therefore \]For system A, R \[=\frac{{{p}_{1}}\times 10}{300}\] |
For system \[=\frac{{{p}_{2}}\times 20}{600}\] |
\[=\frac{{{p}_{1}}\times 10}{300}=\frac{{{p}_{2}}\times 20}{600}\] |
\[{{p}_{1}}={{p}_{2}}\] |
Thus, it is an isochoric process, when system moves from A \[\to \] C. |
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