Heat loss to the surrounding is $$50$$ $$kJ/kg$$ of steam flowing through the turbine. Neglecting changes in kinetic energy and potential energy, the work output of the turbine (in $$kJ/kg$$ of steam) is _____________
![GATE ME 2008 Thermodynamics - Properties of Pure Substances Question 3 English 1](https://gateclass.static.cdn.examgoal.net/JJW6MEXWoKSD9T1Kh/rfRXUnWPaTjO456VTAwIYKAZvOc3m/5gTZkIRrXBZ9L9TaSpthLM/uploadfile.jpg)
Specific volume of liquid $$\left( {{v_f}} \right)$$ and vapour $$\left( {{v_g}} \right)$$ phases, as well as values of saturation temperatures, are given in the table below.
![GATE ME 2008 Thermodynamics - Properties of Pure Substances Question 3 English 2](https://gateclass.static.cdn.examgoal.net/4bHaENgauRPDCm5Cj/JMMEHywmkurZWfIzqabugnKD1KfG2/oG0N3qB2m1S6sohp7uDaUJ/uploadfile.jpg)
The work done by the system during the process is
![GATE ME 2008 Thermodynamics - Properties of Pure Substances Question 4 English 1](https://gateclass.static.cdn.examgoal.net/JJW6MEXWoKSD9T1Kh/rfRXUnWPaTjO456VTAwIYKAZvOc3m/5gTZkIRrXBZ9L9TaSpthLM/uploadfile.jpg)
Specific volume of liquid $$\left( {{v_f}} \right)$$ and vapour $$\left( {{v_g}} \right)$$ phases, as well as values of saturation temperatures, are given in the table below.
![GATE ME 2008 Thermodynamics - Properties of Pure Substances Question 4 English 2](https://gateclass.static.cdn.examgoal.net/4bHaENgauRPDCm5Cj/JMMEHywmkurZWfIzqabugnKD1KfG2/oG0N3qB2m1S6sohp7uDaUJ/uploadfile.jpg)
At the end of the process, which one of the following situations will be true?
![GATE ME 2008 Thermodynamics - Properties of Pure Substances Question 2 English 1](https://gateclass.static.cdn.examgoal.net/JJW6MEXWoKSD9T1Kh/rfRXUnWPaTjO456VTAwIYKAZvOc3m/5gTZkIRrXBZ9L9TaSpthLM/uploadfile.jpg)
Specific volume of liquid $$\left( {{v_f}} \right)$$ and vapour $$\left( {{v_g}} \right)$$ phases, as well as values of saturation temperatures, are given in the table below.
![GATE ME 2008 Thermodynamics - Properties of Pure Substances Question 2 English 2](https://gateclass.static.cdn.examgoal.net/4bHaENgauRPDCm5Cj/JMMEHywmkurZWfIzqabugnKD1KfG2/oG0N3qB2m1S6sohp7uDaUJ/uploadfile.jpg)
The net entropy generation (considering the system and the thermal reservoir together) during the process is closest to