Question

The succeeding operation that enable this transformation of state are

Answer 1

Explanation:

The succeeding operations that enabel thistransformation of state are. Solution : K→L : Process is isobaric. The volume of gas is increasing, thus, to keep the pressure constant, the system should be heated.

Answer 2

Answer:

The succeeding operation that enable this transformation of state are Heating, cooling, cooling, heating.

Explanation:

In process:

K→L (Volume increases at constant pressure, hence the gas will be heated)

    P⟶ constant isobaric process, V ∝ T ∴ V ↑T ↑ ; ∴ heating

L→M(Pressure increases at constant volume, it will take place by cooling)

    V⟶ constant P↓, P ∝ T ∴ T ↓ ∴ Cooling

M→N(Volume decreases at constant pressure, it will take place by cooling the gas)

    P⟶ constant V↓, T ↓ ;  ∴  Cooling

N→K(Pressure increases at constant volume, it will take place by heating)

    P↑, T ↑   ∴ heating

• In other words: The subsequent operations that enable this state transformation are. Solution: K→L: Isobaric process. Because the volume of gas is increasing, the system must be heated to maintain a constant pressure.

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