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5. 500 kJ of heat from an infinite source at 1000 K is supplied to 2 kg of gas initially at 2 bar and 350 K in a closed tank. Find the loss in available energy due to above heat transfer. Take :c, (gas) = 0.8 kJ/kg K and surrounding temperature = 300 K. [Ans. 157.5 kJ)

5. 500 kJ of heat from an infinite source at 1000 K is supplied to 2 kg of gas initially at 2 bar and 350 K in a closed tank. Find the loss in available energy due to above heat transfer. Take :c, (gas) = 0.8 kJ/kg K and surrounding temperature = 300 K. [Ans. 157.5 kJ)

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5. 500 kJ of heat from an infinite source at 1000 K is supplied to 2 kg of gas initially at 2 bar and 350 K in a closed tank. Find the loss in available energy due to above heat transfer. Take :e, (gas) = 0.8 kJ/kg K and surrounding temperature = 300 K. [Ans. 157.5 kJ)
Transcribed Image Text:5. 500 kJ of heat from an infinite source at 1000 K is supplied to 2 kg of gas initially at 2 bar and 350 K in a closed tank. Find the loss in available energy due to above heat transfer. Take :e, (gas) = 0.8 kJ/kg K and surrounding temperature = 300 K. [Ans. 157.5 kJ)
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