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a 0.3 m3 rigid tank initially contains air at an absolute pressure of 150 kpa and an absolute temperature of 300 k (state 1). a supply line connected to the tank containing air at an absolute pressure of 500 kpa and an absolute temperature of 600 k is opened and air flows into the tank until the mass in the tank has doubled and the absolute temperature is 400 k (state 2). assume a boundary temperature of 300 k. find the entropy generated during the process, in kj/k.



Answer :

The entropy generated during the process, in kj/k 0.9928 KJ/K.

Entropy, loosely, is a degree of excellence of energy in the experience that the decrease the entropy the higher the excellent. strength saved in a cautiously ordered way (the efficient library) has decreased entropy. strength saved in a chaotic way has excessive entropy.

Entropy is a systematic concept, in addition to a measurable physical property, that is most usually associated with a country of disease, randomness, or uncertainty.

Calculation:-

V =0.3 m³

P₁ = 150 kpa ,T₁ = 300 K

P₂ = 300 K , T₂ = 2m₁

P i = 500 kpa, T i = 600 K

T b = 300 K

Δ S system = S input - S output + S gen

                  = 0.9928 KJ/K

Learn more about entropy here:-https://brainly.com/question/419265

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