Identify different steps in the following cyclic process:
Temperature at $A, B$ and $F$ is $T_{1}$ and $C, D$ and $E$ is $T_{2}$
$T_{1} > T_{2}$

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Solution

(i) $A \to B$ (Temperature and pressure are constant)
$∴$ isothermal and isobaric process.
(ii) $B \to C$ : It is adiabatic expansion in which temperature fall from $T_{1}$ to $T_{2}$ .
(iii) $C \to D$ (Temperature and volume are constant)
$∴$ This process is isothermal and isobaric.
(iv) $D \to E$ (Temperature and pressure are constant)
$∴$ It is isothermal and isobaric contraction
(v) $E \to F$ (It is adiabaitc compression in which temperature increases from $T_{2}$ to $T_{1}$ )
(vi) $F \to A$ (Temperature and volume are constant)
$∴$ It is isothermal and isochoric process.

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Identify different steps in the following cyclic process:Temperature at A,B and F is T1 and C,D and E is T2T1>T2

Identify different steps in the following cyclic process:
Temperature at $A, B$ and $F$ is $T_{1}$ and $C, D$ and $E$ is $T_{2}$
$T_{1} > T_{2}$