QP-2) Calculate the heat transfer area of Brine Heater inM.S. F. plant if steam condenses at "Ts=130°C". Given.UBH = 2.5 (K5 m ² See²¹ (¹); hegp = 2400 KJ kg";--2CpB = 4:3 (KT Kg 2-¹); Flash Range AF = 55(ec);Preformance Ratio (R = 8)₁ ; tdis - 35°C; f = 11 50 (kgm ³]1; M₂ = 13.000 (M²³ day! ?H.-

Answered: Image /qna-images/answer/9d7d6869-bb0d-4550-9cdd-2833b40e5a92.jpg

Q-2) Calculate the heat transfer area of Brine Heater in M.S. F plant if steam condenses at "Ts - 130°C ². Given UBH = 2.5 (K5 m² ² sec¹ (¹); heyp = 2400 KT kg ¹; Cpg 4.3 (KT Kg ¹1); Flash Range AF = ss(ec); Preformance Ratio (R = 8), i tdis = 35°C; f = 11 50 (kgm ³] 11; M₂ = 13.000 (M²³ day! ? = -

Q-2) Calculate the heat transfer area of Brine Heater in M.S. F plant if steam condenses at "Ts - 130°C ². Given UBH = 2.5 (K5 m² ² sec¹ (¹); heyp = 2400 KT kg ¹; Cpg 4.3 (KT Kg ¹1); Flash Range AF = ss(ec); Preformance Ratio (R = 8), i tdis = 35°C; f = 11 50 (kgm ³] 11; M₂ = 13.000 (M²³ day! ? = -

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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