Consider the cycle shown below, with the given state points. Steam is the working fluid, flowing at steady state at a mass flow rate of

0.5k(g)/(s)

. The turbine is adiabatic and isentropic. What is the net power produced by the cycle, in

kW

?\ State bar)

h(k(J)/(k)g-K)s(k(J)/(k)g-K)

\

1,60,3422.2,6.883

\

2,0.1

\

3,0.1,191.83,0.6493

\

4,60,199.4,0.6541

Consider the cycle shown below, with the given state points. Steam is the working fluid, flowing at steady state at a mass flow rate of 0.5kg/s. The turbine is adiabatic and isentropic. What is the net power produced by the cycle, in kW