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(2) (3 STEAM P₁ = 40 BAR (AV)₁ = 70m ³ min (2 P₂ = P4 20 Bar T₁ = 500°C T2 400°C T3 = 500°C P3= 20 Bar SATURATED VAPOR = = 0,6 Bar KINETIC AND POTENTIAL ENERGY = STEADY STATE Ask: O TURBINE 1 TOTAL POWER iN k_W RATE OF HEAT TRANSFER Ø GENERATED REHEATER BY TURBINE 2 (da) dt dQ/dt BOTH IN ки TURBINES IN THE RE HEATER

(2) (3 STEAM P₁ = 40 BAR (AV)₁ = 70m ³ min (2 P₂ = P4 20 Bar T₁ = 500°C T2 400°C T3 = 500°C P3= 20 Bar SATURATED VAPOR = = 0,6 Bar KINETIC AND POTENTIAL ENERGY = STEADY STATE Ask: O TURBINE 1 TOTAL POWER iN k_W RATE OF HEAT TRANSFER Ø GENERATED REHEATER BY TURBINE 2 (da) dt dQ/dt BOTH IN ки TURBINES IN THE RE HEATER

Elements Of Electromagnetics
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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4 STEAM P₁ = 40 BAR (AV), P₂ 3 P4 = Ask: = 70m3 min 20 Bar T₁ = 500°C T2= P3= 20 Bar SATURATED VAPOR 400°C T3 = 500°C KINETIC AND POTENTIAL ENERGY = STEADY STATE = 0,6 Bar TURBINE 1 TOTAL POWER iN kW RATE OF HEAT TRANSFER Ø GENERATED By а (data) TURBINE 2 REHEATER dQ/dt BOTH IN ки TURBINES IN THE RE HEATER
Transcribed Image Text:4 STEAM P₁ = 40 BAR (AV), P₂ 3 P4 = Ask: = 70m3 min 20 Bar T₁ = 500°C T2= P3= 20 Bar SATURATED VAPOR 400°C T3 = 500°C KINETIC AND POTENTIAL ENERGY = STEADY STATE = 0,6 Bar TURBINE 1 TOTAL POWER iN kW RATE OF HEAT TRANSFER Ø GENERATED By а (data) TURBINE 2 REHEATER dQ/dt BOTH IN ки TURBINES IN THE RE HEATER
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