DD$10"\backslash$# $5(8)2$A$$B $$ adiabatic CSTR $$ A $300$ K $42$ mol$/$s $25$ mol$/$m $$

$3$

$.$ CSTR $50\%$

$\backslash$Delta

$$

$$

$$

$$

$$

$=8000$

mol

$$

$$

E$=15000$

mol

$$

$$

$$

$$

$$

$=50$

mol.K

$$

$$

$$

$$

$$

$=100$

mol.K

$$

$$

$$

$1$

$$

$=5\backslash$times $10$

$6$

e

$-$

$$

$$

$$

mol.s

m

$3$

$$

$$

c

$$

$=2\mathrm{.}5$

mol

m

$3$

$$

@$300$ K

$$

$$

$0$

$$

$$

$1$x

dx

$$

$=$ln

$1$x

$1$

$$

$$

$$

$1$

$$

$$

$2$

$$

$$

$(1$x$)$

$2$

dx

$$

$=$

$1$x

$2$

$$

$1$

$$

$-$

$1$x

$1$

$$

$1$

$$

$$

$0$

$$

$$

$(1$x$)$

$2$

dx

$$

$=$

$1$x

$$

$$

$$

$0$

$$

$$

$1+\backslash$epsi x

dx

$$

$=$

$\backslash$epsi

$1$

$$

ln$(1+\backslash$epsi x$)$

$$

$0$

$$

$$

$1$x

$(1+\backslash$epsi x$)$dx

$$

$=(1+\backslash$epsi $)$ln

$1$x

$1$

$$

$\backslash$epsi x

$$

$($A$4)($A$5)4.$

$$

$$

$$

$$

$4$

$$

$$

f$($X$)$dX$=$

$3$

h

$$

$($v

$0$

$$

$+4$f

$1$

$$

$+2$f

$2$

$$

$+4$f

$3$

$$

$+$f

$4$

$$

$)$ h$=$

$4$

$$

$4$

$$

$$x

$0$

$$

$$

$"$