For a steady, ideal Rankine Cycle (diagram above), complete the table below:\ \\\\table[[Location,Fluid State,Two R,quired Properties,Enthalpy],[\\\\table[[Pump Inlet],[(1)]],saturated liquid,Pressure,Entropy,250],[\\\\table[[Boiler Inlet],[(2)]],Compressed Liquid,Pressure,Temperature,255],[\\\\table[[Turbine Inlet],[(3)]],Superheated Vapor,Pressure,Temperature,3600],[\\\\table[[Turbine],[Outlet (4)]],\\\\table[[saturated liquid-],[vapor]],Pressure,Entropy,2400]]\ Using the specific enthalpy values given above for every state, what is the specific heat added by the boiler, the specific work done by the turbine, and the specific heat removed by the condenser?\

k(J)/(k)g\ W_(turbine )=\ k(J)/(k)g\ q_(condenser )=\ k(J)/(k)g

For a steady, ideal Rankine Cycle (diagram above), complete the table below: Using the specific enthalpy values given above for every state, what is the specific heat added by the boiler, the specific work done by the turbine, and the specific heat removed by the condenser