$(30$ points$)$ A steam power plant

operates on a reheat Rankine cycle.

Steam $(11b\frac{m}{s}$ enters the high pressure

turbine at $2000$ psi and $1200F$ and

leaves at $600$ psi $.$ Steam is then reheated

to $1100F$ before expanding in the lower

pressure turbine to $20$ psi $.$ The

isentropic efficiencies of the turbine

stages and pump are $95\%$ and $100\%,$

respectively. Steam exits the condenser

as a saturated liquid. The pressure drop

across the boiler is $20$ psi for the first

pass, $10$ psi for the second pass $($reheat$).$

and the pressure drop across the

condenser is $0$ psi.

$($a$)$ JUST SKETCH CYCLES T$-$S DIGRAM WITH RESPECT TO SATURATION LINES.