In the script file, create a function called show$\_$board$()$ that takes one argument board $($the object you created

in part $1).$ The function will then produce a plot showing the board.

The plot will produce a square grid with the spaces properly numbered. Note that the numbers reverse directions

each row. Chutes will be represented with red arrows, and ladders should be represented with green arrows $($lwd $=$

$2).$ You may alternatively consider red and blue arrows $($for colorblind accessibility$).$ Try to maintain the aspect

ratio for your board $($i$.$e$.,$ each tile should be a square$).$

You should be able to achieve this using base graphics in R$.$ You are not limited to using only the following functions,

but I was able to create my game board with only: plot.new$(),$ plot.window$(),$ segments$(),$ arrows$(),$ and text$().$

The function show$\_$board$()$ must be flexible enough to produce boards with different specifications, as seen in Part

$3.$ You will not be given a board specification that is not rectangular. The smallest possible board size that might

be tested is $2$ x $2,$ and the largest that might be tested is $12$ x $12.$

In the Rmd file, call the show$\_$board$()$ function to produce the plot of the game board