a$)$ Consider the table below :

Robot Number Speed Weight Max. Run$-$Time Price

$1\mathrm{.}04\mathrm{.}55\mathrm{.}612\mathrm{.}7495\mathrm{.}99$

$2\mathrm{.}05\mathrm{.}68\mathrm{.}98\mathrm{.}2599\mathrm{.}95$

$3\mathrm{.}02\mathrm{.}114\mathrm{.}66\mathrm{.}5399\mathrm{.}95$

$4\mathrm{.}07\mathrm{.}96\mathrm{.}43\mathrm{.}4749\mathrm{.}65$

The table gives information about $4$ mobile robots :

Top Speed $($m$/$s$),$ Weight $($Kg$),$ Maximum Run$-$Time on a full battery $($Hours$),$ Price $().$

Write a program that stores the information in a single array, and allows the user to change any value $($including robot number$).$ The program should also allow the user to select the following information when requested via a simple menu:

i$)$ The fastest $/$ slowest robots.

ii$)$ The heaviest $/$ lightest robots.

iii$)$ The robots with the best $/$ worst maximum run$-$time.

iv$)$ The cheapest $/$ most expensive robots.

v$)$ The average speed of all the robots.

vi$)$ The average Weight of all the robots.

vii$)$ The average runtime of all the robots.

viii$)$ The average price of all the robots.

ix$)$ All the details of any one robot.

The robots array is a $4$ by $5$ table $(4$ rows x $5$ columns$)$ and all the values are floats $($or doubles$)$ so we can store them all in one array.

float robots$[4][5]=\{1\mathrm{.}0,4\mathrm{.}5,5\mathrm{.}6,12\mathrm{.}7,495\mathrm{.}66,2\mathrm{.}0,5\mathrm{.}6$ and so on$.$

This means you can refer to the entire data set just using the single array. $($Use only include to solve$)$ and $($use loops and $2$D Arrays$)$