Wet-mixture exhaust from a turbine at 7 kPaa at a rate of 75 kg/s enters a condenser with a total surface area of 2950 m2. The mixture has a moisture content of 10% and leaves the condenser as saturated liquid. The cooling water volumetric flow rate is 4.413 m3 /s and enters at 20 oC. Find the LMTD and overall heat transfer coefficient. NOTE: AT 7 kPaa, tsat = 39 oC, hf = 163.4 kJ/kg, hfg = 2572.5 kJ/kg
Wet-mixture exhaust from a turbine at 7 kPaa at a rate of 75 kg/s enters a condenser with a total surface area of 2950 m2. The mixture has a moisture content of 10% and leaves the condenser as saturated liquid. The cooling water volumetric flow rate is 4.413 m3 /s and enters at 20 oC. Find the LMTD and overall heat transfer coefficient. NOTE: AT 7 kPaa, tsat = 39 oC, hf = 163.4 kJ/kg, hfg = 2572.5 kJ/kg
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Wet-mixture exhaust from a turbine at 7 kPaa at a rate of 75 kg/s enters a condenser with a total surface area of 2950 m2. The mixture has a moisture content of 10% and leaves the condenser as saturated liquid. The cooling water volumetric flow rate is 4.413 m3 /s and enters at 20 oC. Find the LMTD and overall heat transfer coefficient. NOTE: AT 7 kPaa, tsat = 39 oC, hf = 163.4 kJ/kg, hfg = 2572.5 kJ/kg
(four decimal places for final answer)
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