$\backslash$table$[[$Turns$,$Voltage $($V$),$Current $($mA$),$Power $($mW$)],[$Short Circuit,,,$],[0,0\mathrm{.}048,031\mathrm{.}26,15\mathrm{.}0048],[1,3\mathrm{.}05,030\mathrm{.}34,92\mathrm{.}66],[2,05\mathrm{.}76,028\mathrm{.}88,166\mathrm{.}35],[3,06\mathrm{.}05,020\mathrm{.}20,122\mathrm{.}21],[4,06\mathrm{.}19,015\mathrm{.}48,95\mathrm{.}20],[5,06\mathrm{.}20,012\mathrm{.}50,77\mathrm{.}38],[6,06\mathrm{.}21,010\mathrm{.}39,64\mathrm{.}42],[7,06\mathrm{.}20,008\mathrm{.}92,55\mathrm{.}40],[8,06\mathrm{.}19,007\mathrm{.}80,48\mathrm{.}28],[9,06\mathrm{.}18,006\mathrm{.}90,48\mathrm{.}13],[10,06\mathrm{.}10,006\mathrm{.}20,37\mathrm{.}82],[$Open Circuit,,,$]]$

Table $1.$ IV Characteristics of module $1.$

Plot $2-$graph of power and current against voltage, using the same axis.

On the graph, mark the position of the maximum power point $($MPP$).$ Calculate the fill factor $($FF$).$