The isomerization reaction $AB$ is to take place in an ideal packed bed reactor. The volumetric flow rates in and out are equivalent at $5\mathrm{.}0$

$\frac{L}{m}in.$ The rate law only depends on the rate constant and the concentration of $A,$ and the rate of destruction of $A(-r^{\text{'}}A)$ is equal to $k^{\text{'}}{C}_A,$ where g$).$ The inlet concentration of $A$ is $23M($note that $M=mo\frac{l}{L}),$ what is the amount of catalyst $($in grams,$g)$ required to reach a final concentration of $0\mathrm{.}2M?$ Please provide your answer as an integer. Thus $10\mathrm{.}3$ would be entered as $10$ and $10\mathrm{.}6$ would be entered as $11.$

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$30$ margin of error $+/-1$