A Rankine Cycle operates on a boiler pressure of 9MPa. Steam leaves the boiler at 600°C. Water enters the pump at 50°C saturated liquid. The cycle receives 15000kg/hr of steam. Steam enters the reheater at 1MPa and enters the 2nd stage turbine at 600°C. Considering Ideal conditions,a.) Determine the total amount of heat added to the cycle in (kJ/s)b.) Determine the Net Work output of this cycle (kW) c.) Determine the Heat rate of the cycle (kJ/kW-hr)ANSWERS ROUND OFF TO SIX SIGNIFICANT FIGURESPLS USE THE GIVEN IMAGE OF THE STEAM TABLE USE THE VALUES HIGHLIGHTED IN THE IMAGE TABLE 1: SATURATED WATER - TEMPERATURE TABLESpecific Volume, m3/kgInternal Energy, KJ/kgEnthalpy, KJ/kgEntropy, KJ/(kg-K)Sat. Press.Temp.OcSat. Liquid Sat. Vapor Sat. LiquidEvap.Sat. Vapor Sat. LiquidEvap.Sat. Vapor Sat. LiquidEvap.Sat. VaporКраTPsatvfvgufufgughfhfghgsfsfgsg0.010.61130.001000206.140.002375.32375.30.012501.32501.40.00009.15629.156250.87210.001000147.1220.972361.32382.320.982489.62510.60.07618.94969.0257101.22760.001000106.3842.002347.22389.242.012477.72519.80.15108.74988.9008151.70510.00100177.9362.992333.12396.162.992465.92528,90.22458,55698.7814202.3390.00100257.7983.952319.02402.983.962454.12538.10.29668.37068.6672253.1690.00100343.36104.882304.92409.8104.892442.32547.20.36748.19068.5580304.2460.00100432.89125.782290,82416.6125.792430.52556.30.43698.01648.4533355.6280.00100625.22146.672276.72423.4146.682418.62565.30.50537.84788.3531407.3840.00100819.52167.562262.52430.1167.572406.72574.30.57257.68458.2570188.44209.32459.5930.00101015,262248.42436.8188.452394.82583.20.63877.52618.16485012.3490.00101212.032234.22443.5209.332382.72592.10.70387.37258.07635515.7580.0010159.568230.212219.92450.1230.232370.72600.90.76797.22347.99136019.940.0010177.671251.112205.52456.6251.132358.52609.60.83127.07847.9096650.001020272.020.89356.93756.800425.036.1972191.12463.1272.062346.22618.37,83107031.190.0010235.042292.952176.72469.6292.982333.82626.80.95497.75537538.580.0010264.131313.902162.02475,9313.932321.42635.31.01556.66697.68248047.390.0010293.407334.862147.32482.2334.912308.82643.71.07536.53697.61228557.830.0010332.828355.842132.62488.4355.902296.02651.91.13436.41027.54459070.140.0010362.361376.852117.72494.5376.922283,22660.11,19256.28667.47919584.550.0010401.982397.882102.72500.6397.962270.22668,11.25006.16597.4159CamScanner TABLE 3-1: SUPERHEATED WATERVOCm3/kgKJ/kgKJ/kgKJ/(kg-K)P = 1.0 Mpa (179.91 OC)Sat. Vap: 0.194442583.62778.16.58652000.20602621.92827.96.6940250:0.23272709.92942.66.92473000.25792793.23051.27.1229350:0.28252875.23157.77.3011400;0.30662957.33263.97.4651500:0.35413124.43478.57.7622600 0.40113296.83697.98.0290700:0.44783475.33923.18.27318000.49433660.44154.78.4996900:0.54073852.24392.98.711810000.58714050.54637.68.911911000.63354255.14888.69.101712000.67984465.65145.49.282213000.72614681.35407.49.4543P = 9.0 Mpa (303.40 OC)Sat. Vap: 0.020482557.82742.15.67723250.023272646.62856.05.8712350:0.025802724,42956.66.0361400:0.029932848.43117.86.2854450:0.033502955.23256.66.4844500: 0.036773055.23386.16.6576550:0.039873152.23511.06.81426000.042853248.13633.76.9589650 0.045743343.63755.37.0943CamScanner

Answered: Image /qna-images/answer/f49b12db-bd72-4044-b248-49fb86305ce5.jpg

A Rankine Cycle operates on a boiler pressure of 9MPa. Steam leaves the boiler at 600°C. Water enters the pump at 50°C saturated liquid. The cycle receives 15000kg/hr of steam. Steam enters the reheater at 1MPa and enters the 2nd stage turbine at 600°C. Considering Ideal conditions, a.) Determine the total amount of heat added to the cycle in (kJ/s) b.) Determine the Net Work output of this cycle (kW) c.) Determine the Heat rate of the cycle (kJ/kW-hr) ANSWERS ROUND OFF TO SIX SIGNIFICANT FIGURES PLS USE THE GIVEN IMAGE OF THE STEAM TABLE USE THE VALUES HIGHLIGHTED IN THE IMAGE

A Rankine Cycle operates on a boiler pressure of 9MPa. Steam leaves the boiler at 600°C. Water enters the pump at 50°C saturated liquid. The cycle receives 15000kg/hr of steam. Steam enters the reheater at 1MPa and enters the 2nd stage turbine at 600°C. Considering Ideal conditions, a.) Determine the total amount of heat added to the cycle in (kJ/s) b.) Determine the Net Work output of this cycle (kW) c.) Determine the Heat rate of the cycle (kJ/kW-hr) ANSWERS ROUND OFF TO SIX SIGNIFICANT FIGURES PLS USE THE GIVEN IMAGE OF THE STEAM TABLE USE THE VALUES HIGHLIGHTED IN THE IMAGE

Principles of Heat Transfer (Activate Learning with these NEW titles from Engineering!)

8th Edition

ISBN:9781305387102

Author:Kreith, Frank; Manglik, Raj M.

Publisher:Kreith, Frank; Manglik, Raj M.

Chapter8: Natural Convection

Section: Chapter Questions

Problem 8.2P: 8.2 From its definition and from the property values in Appendix 2, Table 13, calculate the...

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