![GATE ME 2010 Thermodynamics - Rankine Cycle Question 23 English](https://gateclass.static.cdn.examgoal.net/BTBnaH9I24dMrTCrL/dESsJ1bvm37Tj4AHlw9WBTFkEGN8g/xRxzELso5z0J73XNz0RaRz/uploadfile.jpg)
$$h$$ is specific enthalpy, $$s$$ is specific entropy and $$v$$ the specific volume; subscripts $$f$$ and $$g$$ denote saturated liquid state and saturated vapour state.
The net work output $$(kJ/kg)$$ of the cycle is
![GATE ME 2010 Thermodynamics - Rankine Cycle Question 22 English](https://gateclass.static.cdn.examgoal.net/BTBnaH9I24dMrTCrL/dESsJ1bvm37Tj4AHlw9WBTFkEGN8g/xRxzELso5z0J73XNz0RaRz/uploadfile.jpg)
$$h$$ is specific enthalpy, $$s$$ is specific entropy and $$v$$ the specific volume; subscripts $$f$$ and $$g$$ denote saturated liquid state and saturated vapour state.
Heat supplied $$(kJ/kg)$$ to the cycle is
If mass flow rate of steam through the turbine is $$20kg/s,$$ the power output of the turbine (in $$MW$$) is
Assume the above turbine to be part of a simple Rankine cycle. The density of water at the inlet to the pump is $$1000$$ $$kg/{m^3}.$$ Ignoring kinetic and potential energy effects, the specific work (in $$kJ/kg$$) supplied to the pump is