i am prepsting a lab report. could u please solve the calculation and graphic parts according to lab report

TENSILE TESTS

$\backslash$table$[[,P(kN),l(mm),$G $($Weight$),563\mathrm{.}1(gr),$di $($initial dia.$),],[1,0,0,$L $($Length$),472(mm),=12,74\sqrt[\phantom{2}]{?}(\frac{G}{L}),$Calculate!$],[2,11,0,0,02,$d $($Nominal Dia.$),,14mm,],[3,17,7,0,04,$df $($Final Dia.$),,11\mathrm{.}2mm,],[4,25,8,0,06,\backslash$table$[[l_i($initial gage length$],[$of extensometer$)]],,100mm,],[5,32,6,0,08,$Yield Load,,$73\mathrm{.}0kN,],[6,39,3,0,10,$Tensile Load,,$88\mathrm{.}3kN,],[7,45,8,0,12,$Fracture Load,,$82\mathrm{.}1kN,],[8,51,6,0,14,I_k(5xd),,70mm,],[9,56,6,0,16,l_k,,88\mathrm{.}28mm,],[10,63,3,0,18,l_m(5xd),,70mm,],[11,68,6,0,20,I_m\text{'},,79\mathrm{.}41mm,]]$

NOTE: Steel grade is $B420C.$

Report Order

Calculation of Proportional Stress, Yield Stress, Ultimate Stress and Fracture Stress

Drawing of Stress$-$Strain diagram $($Diagram will be drawn in milimetric paper$)$

Calculation of Reduction in Cross Section$()$

Calculation of Ductility $({}_k)$

Calculation of Striction Strain$({}_{st})$

Calculation of Uniform Strain$({}_u)$

Comparison of the calculated values to TS $708.$

P$.$S: All the calculations should be in MPa$(\frac{N}{m}{m}^2)$

$\backslash$table$[[$Tip$,\backslash$table$[[$D$$z$],[$y$$zeyli$]],$Nerv$$rl$,\backslash$table$[[$Profillia ${?}^a$

TENSILE TESTS

$\backslash$table$[[,P(kN),l(mm),$G $($Weight$),563\mathrm{.}1(gr),$di $($initial dia.$),],[1,0,0,$L $($Length$),472(mm),=12,74\sqrt[\phantom{2}]{?}(\frac{G}{L}),$Calculate!$],[2,11,0,0,02,$d $($Nominal Dia.$),,14mm,],[3,17,7,0,04,$df $($Final Dia.$),,11\mathrm{.}2mm,],[4,25,8,0,06,\backslash$table$[[$li $($initial gage length$],[$of extensometer$)]],,100mm,],[5,32,6,0,08,$Yield Load,,$73\mathrm{.}0kN,],[6,39,3,0,10,$Tensile Load,,$88\mathrm{.}3kN,],[7,45,8,0,12,$Fracture Load,,$82\mathrm{.}1kN,],[8,51,6,0,14,I_k(5xd),,70mm,],[9,56,6,0,16,l_k,,88\mathrm{.}28mm,],[10,63,3,0,18,l{n}_m(5xd),,70mm,],[11,68,6,0,20,I_m,,,79\mathrm{.}41mm,]]$

NOTE: Steel grade is B$420$C$.$

Report Order

Calculation of Proportional Stress, Yield Stress, Ultimate Stress and Fracture Stress

Drawing of Stress$-$Strain diagram $($Diagram will be drawn in milimetric paper$)$

Calculation of Reduction in Cross Section$()$

Calculation of Ductility $({}_k)$

Calculation of Striction Strain$({}_{sl})$

Calculation of Uniform Strain$({}_u)$

Comparison of the calculated values to TS $708.$

P$.$S: All the calculations should be in MPa$(\frac{N}{m}{m}^2)$