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Q'. = 135 MW (22:55 MW T, = 295°C &quot;it = 94 kg/S Saturated liquid, Saturated liquid. p2 = 0.08 bar pi = 80 bar T3 = The above ﬁgure shows a power-generating system at steady state. Saturated liquid water enters at 80 bar with a mass ﬂow rate of 94 kg/s. Saturated liquid exits at 0.08 bar with the same mass ﬂow rate. As indicated by arrows, three heat transfers occur, each at a speciﬁed temperature in the direction of the arrow: the ﬁrst adds 135 MW at 295°C, the second adds 55 MW at 375°C, and the third removes energy at 20°C. The system generates power at the rate of 80 MW. The effects of motion and gravity can be ignored. Apply the ﬁrst and second laws to the power generating system.

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= 135 MW (22:55 MW T, = 295C &quot;it = 94 kg/S Saturated liquid, Saturated liquid. p2 = 0.08 bar pi = 80 bar T3 = The above gure shows a... 311,847 students got unstuck by Course
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