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A Steam at 400 deg C and 8,200 kilo Pascals enters a turbine and leaves at 10 kPa. What is the entropy of the leaving steam if the efficiency of the turbine is 0.76. Round your answers in to 2 decimal places. S (kJ/kg-K) H (kJ/kg) 3137.6 8200 kPa, 400°C 6.3534 10 kPa, sat.liquid 191.832 0.6493 10 kPa, sat. vapor 2584.8 8.1511 Hint: Turbine's efficiency is the ratio of work delivered by the actual turbine to the work delivered by an isentropic turbine (no entropy change).

A Steam at 400 deg C and 8,200 kilo Pascals enters a turbine and leaves at 10 kPa. What is the entropy of the leaving steam if the efficiency of the turbine is 0.76. Round your answers in to 2 decimal places. S (kJ/kg-K) H (kJ/kg) 3137.6 8200 kPa, 400°C 6.3534 10 kPa, sat.liquid 191.832 0.6493 10 kPa, sat. vapor 2584.8 8.1511 Hint: Turbine's efficiency is the ratio of work delivered by the actual turbine to the work delivered by an isentropic turbine (no entropy change).

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
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2. A Steam at 400 deg C and 8,200 kilo Pascals enters a turbine and leaves at 10 kPa. What is the entropy of the leaving steam if the efficiency of the turbine is 0.76. Round your answers in to 2 decimal places. S (kJ/kg-K) H (kJ/kg) 3137.6 8200 kPa, 400°C 6.3534 10 kPa, sat. liquid 191.832 0.6493 10 kPa, sat. vapor 2584.8 8.1511 Hint: Turbine's efficiency is the ratio of work delivered by the actual turbine to the work delivered by an isentropic turbine (no entropy change).
Transcribed Image Text:2. A Steam at 400 deg C and 8,200 kilo Pascals enters a turbine and leaves at 10 kPa. What is the entropy of the leaving steam if the efficiency of the turbine is 0.76. Round your answers in to 2 decimal places. S (kJ/kg-K) H (kJ/kg) 3137.6 8200 kPa, 400°C 6.3534 10 kPa, sat. liquid 191.832 0.6493 10 kPa, sat. vapor 2584.8 8.1511 Hint: Turbine's efficiency is the ratio of work delivered by the actual turbine to the work delivered by an isentropic turbine (no entropy change).
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