$\backslash$table$[[,\backslash$table$[[$Del Compl$],[$Region$/$Station$],[$Rate$]],\backslash$table$[[$Traffic$],[$Conds$]],\backslash$table$[[$Avg Route$],[$Dist$]],\backslash$table$[[$Avg Time per$],[$Del$]],\backslash$table$[[$Dels per$],[$Driver$]]],[$A$/1,98\%,$Poor,$7,19,58\mathrm{.}22],[$A$/2,97\%,$Good,$8,5,55\mathrm{.}64],[$B$/1,97\%,$Poor,$5,17,65\mathrm{.}99],[$B$/2,91\%,$Medium,$13,11,51\mathrm{.}23],[$C$/1,93\%,$Medium,$16,12,36\mathrm{.}75],[$C$/2,90\%,$Poor,$13,21,47\mathrm{.}23],[$D$/1,88\%,$Good,$11,7,52\mathrm{.}17],[$D$/2,92\%,$Good,$10,9,52\mathrm{.}34],[$E$/1,94\%,$Medium,$18,11,33\mathrm{.}87],[$E$/2,96\%,$Good,$7,8,57\mathrm{.}42]]$

$1.$ route distance looks to be the biggest factor impacting which metric

A$)$ Delivery Completion rate B$)$ Traffic conditions C$)$Average time per Delivery D$)$ Deliveries per Driver E$)$ Not enough information

$2.$ What looks to be the biggest factor impacting average time per Delivery $?$

A$)$ Delivery Completion rate B$)$ Traffic Conditions C$)$ Average route distance D$)$ Deliveries per driver E$)$ Not enough information.

$3.$ Which region should add more drivers to balance the number of deliveries per driver?

A$)$ A B$)$ B C$)$ C D$)$ D E$)$ E

$4.$ Which region should change delivery routes to improve route distances?

A$)$ A B$)$ B C$)$ C D$)$ D E$)$ E