$$izelgedeki veriler S$.$ cerevisiae' $nnpH=4$ ve $T=30C^{\text{'}}$ da kesikli bir biyoreakt$$rde $C_{so}=258k\frac{g}{m^3}$basslang $$ glukoz deri$$iminde $$o$$alt$$lmas$$ ile elde edilmi$$tir$.$ Mayan$$n $$o$$alt$$lmas$$ ayn$$ ko$$ullarda$,$ ard$$k e$$it hacimli $4$ kar$$t$$rmal$$ s$$rekli biyoerakt$$rde$,D=0\mathrm{.}14s{t}^{-1}$ seyrelme h$$z$$nda ger$$ekle$$tirilirse her bir biyoreakt$$rden $$kan etanol deri$$imleri $($C$)$ ne olacakt$$r$?$

$\backslash$table$[[$Zaman $($st$),$C$(k\frac{g}{m^3})(($The data in the table show that S$.$ cerevisiae was grown in a batch bioreactor at pH$=4$ and T$=30\backslash$deg C$\_($so$)=258$k$($g$)/($m$^(3))$basslang $$ Obtained by multiplying at glucose concentration. If the propagation of the yeast is carried out under the same conditions, in $4$ consecutive stirred continuous bioreactors with equal volumes, at a dilution rate of D $=0\mathrm{.}14$st$^(-1),$ what will be the ethanol concentrations $($C$)$ coming out of each bioreactor?$))$