CALCULATIONS FOR CASE $3$ at BOILER TEMP $=500\backslash$deg C PLEASE $\backslash$table$[[$Trial #$,$Boiler Temperature $(C^0),$Boiler Pressure $($Kpa$),\backslash$table$[[$Condenser$],[$Pressure $($Kpa$)]],\backslash$table$[[$Enthalpy$],[$State $1$:$],[(\frac{KJ}{Kg})$

NEED CALCS SHOWN FOR EACH OF THE PARTS IN THE TABLE PROVIDED

Design a steam power plant that can achieve a thermal efficiency of at least $40$ percent under the conditions that all turbines have isentropic efficiencies of $85$ percent and all pumps have isentropic efficiencies of $80$ percent. Assume the boiler pressure is $15$ MPa and the condenser pressure is $10$ kPa $.$d$.$ Operating conditions for each component of the plant and related thermodynamic properties of the working fluid.

e$.$ Your calculations $($step$-$by$-$step typed or hand calculations, no computer program or even codes$).$

f$.$ Tables summarizing calculations and results.Analysis $($Do not force the cycle to achieve $40\%,$ based on the given conditions of cycles$)$

c$.$ Case $3$: Regenerative Rankine Cycle hEach analysis should have the following contents: $($scores are part of the above$)$

Diagrams $($power cycle and T$-$s$).3$

Explanations. $1$

Step$-$by$-$step formulae and calculations. $15$

Discussions. $1$Conclusions$/$Discussions $10$

a$.$ Summary table for all cases.