question archive Consider a Rankine cycle with rohoat
Consider a Rankine cycle with rohoat
Subject:Mechanical EngineeringPrice:2.87 Bought7
Consider a Rankine cycle with rohoat. The boiler pressure is 15000 kPa and the condenser pressure is 110 kPa. The mass flow rate is 2.5 kg/s, and the turbines and pump operate adiabatically. Steam exits both the high pressure and the low pressure turbines as saturated vapor. It the reheat pressure is 1400 kPa, determine the power developed by the cycle, in kW, and the cycle thermal officiency. The specific enthalpy at the pump exit, hom445 kJ/kg, at the high pressure turbine inlet, hy = 3350 kJ kg and at the low pressure turbine inlet, hs = 3150
Purchase A New Answer
Custom new solution created by our subject matter experts
GET A QUOTE
Answer Preview
Answer:
Exit from both turbine is saturated vapor so enthalpy at exit of both the turbine will be enthalpy of saturated vapor at that pressure. Pressure at exit of high pressure turbine will be reheat pressure
please use this google drive link to download the answer file.
https://drive.google.com/file/d/1dn8FpZakPuzkmyIVb52K-0_Q4sU53hUa/view?usp=sharing
note: if you have any trouble in viewing/downloading the answer from the given link, please use this below guide to understand the whole process.
https://helpinhomework.org/blog/how-to-obtain-answer-through-google-drive-link
