A gas undergoes the following three-step cycle: • 1→2: isochoric pressure increase from

PHYSICS · Subjective · CBSE · Physics · Thermodynamics · Thermodynamics

Problem

A gas undergoes the following three-step cycle: • 1→2: isochoric pressure increase from P1=200 kPaP_1 = 200\,\text{kPa}, V1=0.010 m3V_1 = 0.010\,\text{m}^3 to P2=400 kPaP_2 = 400\,\text{kPa}. • 2→3: isobaric expansion at 400 kPa400\,\text{kPa} to a volume V3=0.030 m3V_3 = 0.030\,\text{m}^3. • 3→1: return to the initial state along a straight-line segment on the PP–VV diagram. Calculate the net work done ON the gas during one complete cycle.

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