One moleof ideal gas undergoes following cyclic process (i) Isochoric heating from (P_(1)V_(1)T_(1)) to double temperature.(II)Isobaric expansion from todouble voulme . (III) Linear expansion( on PV curve) to (P_(1),8V_(1)).Isobaric copmression to initial state.Calculate the magnitudeof work done in caloriesif initialtremperature of the gas in is300K?Given : R=2(Cal)/(mol- K)

One moleof ideal gas undergoes following cyclic process (i) Isochoric

1.	One moleof ideal gas undergoes following cyclic process (i) Isochoric heating from (P_(1)V_(1)T_(1)) to double temperature.(II)Isobaric expansion from todouble voulme . (III) Linear expansion( on PV curve) to (P_(1),8V_(1)).Isobaric copmression to initial state.Calculate the magnitudeof work done in caloriesif initialtremperature of the gas in is300K?Given : R=2(Cal)/(mol- K)
Answer» Solution :Magniudeof work =`A=P_(1)V_(1)+(1)/(2)xxP_(1)xx 6V_(1)` `=4xx1xx2xx300` `=4xx1xx2xx300` `=2400 CAL`