$\backslash$table$[[$Turns$,$Voltage $($V$),$Current $($mA$),$Power $($mW$)],[$Short Circuit,,,$],[0,0\mathrm{.}031,024\mathrm{.}84,0\mathrm{.}77],[1,2\mathrm{.}42,023\mathrm{.}88,53\mathrm{.}49],[2,05\mathrm{.}45,023\mathrm{.}13,126\mathrm{.}06],[3,06\mathrm{.}77,022\mathrm{.}82,154\mathrm{.}49],[4,08\mathrm{.}98,022\mathrm{.}71,203\mathrm{.}94],[5,10\mathrm{.}85,021\mathrm{.}90,237\mathrm{.}62],[6,11\mathrm{.}14,018\mathrm{.}70,208\mathrm{.}32],[7,11\mathrm{.}24,016\mathrm{.}15,181\mathrm{.}53],[9,11\mathrm{.}30,014\mathrm{.}17,160\mathrm{.}12],[10,11\mathrm{.}34,012\mathrm{.}65,143\mathrm{.}45],[$Open Circuit,,$011\mathrm{.}41,129\mathrm{.}62]]$

Table$2.$ IV Characteristics of series connected modules.

Plot a graph of Power and Current against voltage, using the same axis. On the graph, mark the position of the maximum power point $($MPP$).$ Calculat factor $($FF$).$