In a steam power plant operating on a ideal Rankine cycle, superheated steam enters the turbine at 3 MPa and 350oC. The condenser pressure is 75kPa. The thermal efficiency of the cycle is .......Given data: For saturated liquid at p=75 kPa, hf=384.39 kJ/kg, vf=0.001037m3/kg,sf=1.213kJ/kgKAt 75kPa,hfg=2278..6kJ/kg,sfg=6.2434 kJKAt p=3Mpa and T=350oC (superheated steam), h=3115.3kJ/kg,s=6.7428/,kJ/kgK 26.01

In a steam power plant operating on a ideal Rankine cycle, superheated

1.	In a steam power plant operating on a ideal Rankine cycle, superheated steam enters the turbine at 3 MPa and 350oC. The condenser pressure is 75kPa. The thermal efficiency of the cycle is .......Given data: For saturated liquid at p=75 kPa, hf=384.39 kJ/kg, vf=0.001037m3/kg,sf=1.213kJ/kgKAt 75kPa,hfg=2278..6kJ/kg,sfg=6.2434 kJKAt p=3Mpa and T=350oC (superheated steam), h=3115.3kJ/kg,s=6.7428/,kJ/kgK 26.01
Answer» In a steam power plant operating on a ideal Rankine cycle, superheated steam enters the turbine at $3$ MPa and $350^{o}$ C. The condenser pressure is $75$ kPa. The thermal efficiency of the cycle is ....... Given data: For saturated liquid at $p = 75$ kPa, $h_{f} = 384.39$ $k J / k g,$ $v_{f} = 0.001037 m^{3} / k g$ , $s_{f} = 1.213 k J / k g K$ At $75 k P a, h_{f g} = 2278..6 k J / k g$ , $s_{f g} = 6.2434$ $k J K$ At $p = 3 M p a$ and $T = 350^{o} C$ (superheated steam), $h = 3115.3 k J / k g, s = 6.7428 /, k J / k g K$ 26.01