please find attached the case and $my$ date

Case:

A double pipe heat exchanger $is$ used $to$ cool A Sulfuric acid from $BtoCbyD$ water with initial temperature $E.$ The

internal diameter $of$ inside and outside pipe are $F$ and $G$ respectively, while thickness $of$ both pipes $is1\mathrm{.}25cm.$ Sulfuric

acid $is$ flowing through the inside pipe.

Data:

$(Tabel2$: chemical properties for task $1)$

Thermal conductivity $of$ metal pipe $is46\mathrm{.}51\frac{W}{m.K}$

Note:

Show your calculations with formula and substitution.

Use $3$ significant figures $of$ values $in$ calculator.

Students must use their respective assigned values $ofA,B,C,D,E,F,G$ from table $3$

Use the Dittus$-$Bolter correlation $to$ calculate inside and outside heat transfer coefficients.

Evaluate:

$(i)$ Outlet water temperature MarksCase:

A double pipe heat exchanger $is$ used $to$ cool A Sulfuric acid from $BtoCbyD$ water with initial temperature $E.$ The

internal diameter $of$ inside and outside pipe are $F$ and $G$ respectively, while thickness $of$ both pipes $is1\mathrm{.}25cm.$ Sulfuric

acid $is$ flowing through the inside pipe.

Data:

$(Tabel2$: chemical properties for task $1)$

Thermal conductivity $of$ metal pipe $is46\mathrm{.}51\frac{W}{m.K}C(h_i)in(\frac{W}{m^2}.K)(6$Marks$)h_o\{$:$m^2.K)(4$ Marks$)$

$(vii)$ Area and Length $of$ heat exchanger $byLMTD$ analysis $(Parallel$ and Counter flow$)(4$ Marks$)$

$(viii)$ Area and Length $of$ heat exchanger $by$ effectiveness$-$NTU analysis $(Parallel$ and Counter flow$)$

$(10$ Marks$)$

$(ix)$ Discuss above results $(5$ Marks$)$