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2. In Problem Set 3, Problem 2, we expanded superheated steam across a steady flow adiabatic turbine from 1000 kPa, 500°C to 100 kPa, 300°C. Assuming the turbine is reversible, and that the discharge is still at 100 kPa, find the outlet condition (T if superheated, x if a saturated mixture) and the w (kJ/kg). Then find the adiabatic efficiency of the original turbine from Problem Set 3. P

2. In Problem Set 3, Problem 2, we expanded superheated steam across a steady flow adiabatic turbine from 1000 kPa, 500°C to 100 kPa, 300°C. Assuming the turbine is reversible, and that the discharge is still at 100 kPa, find the outlet condition (T if superheated, x if a saturated mixture) and the w (kJ/kg). Then find the adiabatic efficiency of the original turbine from Problem Set 3. P

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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Problem Set 3. 2. A steady flow, adiabatic (q=0) turbine accepts steam at 1000 kPa, 500°C and discharges the steam at 100 kPa, 300°C. Assuming the CV is on the turbine body, find the work produced (kJ/kg). Inlet=1000 kP Turbine Outlet-100 kPa Shaft Work 2. In Problem Set 3, Problem 2, we expanded superheated steam across a steady flow adiabatic turbine from 1000 kPa, 500°C to 100 kPa, 300°C. Assuming the turbine is reversible, and that the discharge is still at 100 kPa, find the outlet condition (T if superheated, x if a saturated mixture) and the w (kJ/kg). Then find the adiabatic efficiency of the original turbine from Problem Set 3. P please answer this
Transcribed Image Text:Problem Set 3. 2. A steady flow, adiabatic (q=0) turbine accepts steam at 1000 kPa, 500°C and discharges the steam at 100 kPa, 300°C. Assuming the CV is on the turbine body, find the work produced (kJ/kg). Inlet=1000 kP Turbine Outlet-100 kPa Shaft Work 2. In Problem Set 3, Problem 2, we expanded superheated steam across a steady flow adiabatic turbine from 1000 kPa, 500°C to 100 kPa, 300°C. Assuming the turbine is reversible, and that the discharge is still at 100 kPa, find the outlet condition (T if superheated, x if a saturated mixture) and the w (kJ/kg). Then find the adiabatic efficiency of the original turbine from Problem Set 3. P please answer this
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