Brayton Cycle With Reheater Calculator

This calculator evaluates ratio equations, efficiency and effectiveness for the Brayton Cycle With A Reheater. 
The following are the variables for the equations.
Inputs﻿﻿T(2, reg)
:25.00degC​
﻿
﻿﻿T(3)
:35.00degC​
﻿
﻿﻿T(4)
:30.00degC​
﻿
﻿﻿T(5)
:25.00degC​
﻿
﻿﻿T(6)
:30.00degC​
﻿
﻿﻿T(7)
:20.00degC​
﻿
﻿﻿T(8)
:25.00degC​
﻿
﻿﻿m
:100.00g​
﻿
﻿﻿C(P)
:4.18J​
﻿
Output﻿﻿e(reg)
:-2.00​
﻿
﻿
ereg=T3−T2T7−T8e_{reg}=\frac{T_3-T_2}{T_7-T8}ereg​=T7​−T8T3​−T2​​
﻿﻿Q(A1)
:-2,090.00J​
﻿
﻿
QA1=mCp(T4−T3)Q_{A1}=mC_p(T_4-T_3)QA1​=mCp​(T4​−T3​)
﻿﻿Q(A2)
:2,090.00J​
﻿
﻿
QA2=mCp(T6−T5)Q_{A2}=mC_p(T_6-T_5)QA2​=mCp​(T6​−T5​)
﻿﻿W(T1)
:2,090.00​
﻿
﻿
WT1=mCp(T4−T5)W_{T1}=mC_p(T_4-T_5)WT1​=mCp​(T4​−T5​)
﻿﻿W(T2)
:4,180.00​
﻿
﻿
﻿
WT2=mCp(T6−T7)W_{T2}=mC_p(T_6-T_7)WT2​=mCp​(T6​−T7​)
Brayton Cycle with ReheaterUsing the calculators and inputting values above, refer to Figure 2 and the different states of the Brayton cycle with a reheater.
﻿
Figure 3: Diagram of a Brayton Cycle with a Reheater
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