Please help get those correct answers for part E and F: Water is held in a rigid tank with volume Vtank $=0\mathrm{.}3$ m$^3.$Initially the tank is filled with saturated liquid water at a pressure Ptank $=900$ kPa. $$The tank receives a heat transfer from a thermal reservoir at TH $=200$C causing the water to evaporate. $$An exit at the top of the tank allows only saturated vapor to escape and the tank pressure is held constant during the process. $$This process continues until all of the liquid has boiled away, leaving only saturated vapor. $$The entire process takes $1000$ s to complete. The vapor leaving the tank enters a turbine that has an efficiency of $70\%.$ The turbine exhausts to pressure $100$ kPa.

a$.)$ What is the temperature of the water in the tank $(^($@$)$C$)?$

The correct answer is $175\mathrm{.}4$ C

b$.)$ What is the mass of water that leaves the tank $($kg$)?$

The correct answer is $266\mathrm{.}2$ kg $.$

c$.)$ What is the total heat transfer to the tank $($ kJ $)?$

The correct answer is $543306$ kJ $.$

What is the mass flow rate leaving the tank $($kg$/$s$)?$

The correct answer is$0\mathrm{.}2662$ kg$/$s

e$.)$ What is the rate of power produced by the turbine $($kW$)?$

The correct answer is $69\mathrm{.}5$kW

f$.)$ What is the total amount of entropy generated by the process $($kJ$/$K$)?$Be careful of the system you are using $-$ you do NOT have to account for any entropy generation that occurs downstream of the turbine exit.

The correct answer is $143$ kJ$/$K