Using the next diagram answer the following table with the given constants and for the turbines...

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Using the next diagram answer the following table with the given constants and for the turbines use the exact method formulas that use enthalpy and Reduced pressures and for the compressors use especific heat and CP formulas. Tintercool Ireheat lin Estates T1 300 K rp 4 P1 100 kPa cp 1.3 T2s K Wneto 1MW P2 kPa eff. Reger 0.9 h2s |kJ/kg 0.9 nc T2r K nt 0.9 kJ/kg kJ/kg w comp1 T1 300 K h2real P1 100 kPa T3 K T6 1250 K h3 kJ/kg P3 kPa q intercool |kJ/kg T4s K kPa P4 |kJ/kg |kJ/kg h4s wcomp2 kJ/kg kJ/kg K h4s wcomp2 T4r kJ/kg K h4r T5 h5 |kJ/kg kPa P5 1250 K |kJ/kg kPa T6 h6 P6 kJ/kg K q in T7s |kJ/kg kJ/kg K h7s wtur1 T7r kJ/kg K h7r T8 |kJ/kg kPa kJ/kg h8 P8 q reheat K |kJ/kg kJ/kg K T9s h9s wturb 2 T9r P9 kPa |kJ/kg |kg/s h9r #REF! mass flow rate n thermal Using the next diagram answer the following table with the given constants and for the turbines use the exact method formulas that use enthalpy and Reduced pressures and for the compressors use especific heat and CP formulas. Tintercool Ireheat lin Estates T1 300 K rp 4 P1 100 kPa cp 1.3 T2s K Wneto 1MW P2 kPa eff. Reger 0.9 h2s |kJ/kg 0.9 nc T2r K nt 0.9 kJ/kg kJ/kg w comp1 T1 300 K h2real P1 100 kPa T3 K T6 1250 K h3 kJ/kg P3 kPa q intercool |kJ/kg T4s K kPa P4 |kJ/kg |kJ/kg h4s wcomp2 kJ/kg kJ/kg K h4s wcomp2 T4r kJ/kg K h4r T5 h5 |kJ/kg kPa P5 1250 K |kJ/kg kPa T6 h6 P6 kJ/kg K q in T7s |kJ/kg kJ/kg K h7s wtur1 T7r kJ/kg K h7r T8 |kJ/kg kPa kJ/kg h8 P8 q reheat K |kJ/kg kJ/kg K T9s h9s wturb 2 T9r P9 kPa |kJ/kg |kg/s h9r #REF! mass flow rate n thermal