$)1)2)1)2$

Ted's daughter is getting married, and he is inviting relatives from $15$ different locations in the United States. The table below gives the longitude, latitude, and number of relatives in each of the $15$ locations.

$\backslash$table$[[$Location$,$lat,long,# Relatives$],[$New York,$40\mathrm{.}7143528,-74\mathrm{.}0059731,44],[$Maryland$,39\mathrm{.}0256651,-77\mathrm{.}0763669,9],[$Virginia$,37\mathrm{.}4315734,-78\mathrm{.}6568942,2],[$SC$,32\mathrm{.}2163160,-80\mathrm{.}7526080,1],[$NC$,35\mathrm{.}7720960,-78\mathrm{.}6386145,11],[$TN$,35\mathrm{.}9606384,-83\mathrm{.}9207392,1],[$FL$,27\mathrm{.}4989278,-82\mathrm{.}5748194,7],[$Ohio$,39\mathrm{.}1361110,-84\mathrm{.}5030556,5],[$Wyoming$,43\mathrm{.}6226250,-110\mathrm{.}6260590,1],[$CA$,34\mathrm{.}0194543,-118\mathrm{.}4911912,11],[$Iowa$,41\mathrm{.}6986111,-93\mathrm{.}0469444,8],[$IL$,41\mathrm{.}8500330,-87\mathrm{.}6500523,5],[$Mass$,42\mathrm{.}9339792,-70\mathrm{.}7983855,1],[$NJ$,40\mathrm{.}9012101,-74\mathrm{.}5143232,9],[$PA$,39\mathrm{.}9523350,-75\mathrm{.}1637890,2]]$

check the option for Make Unconstrained Variables Non$-$Negative in Solver. Round your answers to three decimal places.$)$

latitude of the optimal wedding location

longitude of the optimal wedding location $$