$\backslash$table$[[$Name$,$Age,Peak Power $($W$),$Average Power $($W$),$Avg Speed $($mph$),$Total Climbing $($feet$),$Distance $($I$,($iWeight $($kg$),$Average Hea$],[$Mary$,32,225,101,17\mathrm{.}4,134,20,,135],[$Joe$,22,300,129,16\mathrm{.}2,598,20,2079,144],[$Jim$,18,435,203,19\mathrm{.}2,345,20,62,150],[$Sam$,37,345,163,21\mathrm{.}1,12,20,73,131],[$tke$,29,399,304,21\mathrm{.}2,5643,20,65,136],[$Larry$,25,365,198,18\mathrm{.}9,211,20,72,145],[$Joan$,22,209,135,18,789,20,47,122],[$Sue$,45,329,123,14\mathrm{.}1,223,20,,131],[$Marvin$,43,450,176,20\mathrm{.}1,90,20,90,190],[$Bill$,55,750,190,13\mathrm{.}6,1645,20,$P$4,119],[$The above is a data set representing $20$ mile rides on different courses from $10$ different riders.,,,,,,,,$],[,,,,,,,,],[,,,,,,,,],[$Questions$/$Problems:$,],[1.$ Compute the average Watts per kg for each rider.$],[,($Hint: Create scatters diagrams and$/$or compute correlation coefficients to answer some of these questions.$)],[3.$ Which factors were most influential to rider average speed? Explan your logic.$],[4.$ Generally speaking, do heavier riders produce more power?$],[\backslash$table$[[5.$Generally speaking, how does total climbing on a course affect speed and power?$],[6.$ Who is most likely the best rider in this group?$]]],[],[]]$