An experiment for smaller$-$the$-$better using an L$16$ array produced the following response table results. If the overall experimental average was $12\mathrm{.}10,$ what is the value for the confirmation experiment using the $50\%$ rule. S$/$N is always larger$-$the$-$better.

$\backslash$table$[[,,,$Resp,se $Ta,$V$,,,],[$Name:$,$A$,$B$,$C$,$D$,E,E,$G$,$H$],[$Level I,$13\mathrm{.}24,11\mathrm{.}80,10\mathrm{.}95,12\mathrm{.}90,8\mathrm{.}49,10\mathrm{.}99,9\mathrm{.}72,12\mathrm{.}91],[$Level $2,10\mathrm{.}95,12\mathrm{.}38,13\mathrm{.}23,11\mathrm{.}28,15\mathrm{.}69,13\mathrm{.}20,14\mathrm{.}47,11\mathrm{.}28],[$Delta$,2\mathrm{.}29,-0\mathrm{.}58,-2\mathrm{.}28,1\mathrm{.}61,-7\mathrm{.}19,-2\mathrm{.}21,-4\mathrm{.}75,1\mathrm{.}63]]$

$\backslash$table$[[$Name:$,$I,$J,K,L,M,N,O$