Three moles of an ideal gas are taken through a cyclic process ABCA as shown in T−V indicator diagram. The gas loses 2510 J of heat in the complete cycle. If TA=100 K and TB=200 K, the work done by the gas during the process BC is (line AB if extended passes through origin)

Three moles of an ideal gas are taken through a cyclic process ABCA as

1.	Three moles of an ideal gas are taken through a cyclic process ABCA as shown in T−V indicator diagram. The gas loses 2510 J of heat in the complete cycle. If TA=100 K and TB=200 K, the work done by the gas during the process BC is (line AB if extended passes through origin)
Answer» Three moles of an ideal gas are taken through a cyclic process $A B C A$ as shown in $T - V$ indicator diagram. The gas loses $2510 J$ of heat in the complete cycle. If $T_{A} = 100 K$ and $T_{B} = 200 K$ , the work done by the gas during the process $B C$ is (line AB if extended passes through origin)

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Three moles of an ideal gas are taken through a cyclic process ABCA as shown in T−V indicator diagram. The gas loses 2510 J of heat in the complete cycle. If TA=100 K and TB=200 K, the work done by the gas during the process BC is (line AB if extended passes through origin)

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