In preparation for this project, you will need to implement some Dasic completing the collaborative part of this project. You should implement the following function.

Part $5-$ area$\_$of$\_$tee Function

Write a function named area$\_$of$\_$tee that takes one one argument $($a float$)$ and returns a value $(fl$@$at).$ The argument will be the width of a course hole $($see diagram above$).$ When called, this function should compute and return the total$\_$tee$\_$area for a hole with a width given by the argument value $($see the Other Details above$).$ In the body of this function, call the area$\_$of$\_$circle function $($that you wrote for a previous part of this project$)$ to compute the total$\_$tee$\_$area.

ExamplesYou may include and call any functions that you have defined for the previous parts of this challenge.You may wish to write some additional code to test your function. Please be sure that you delete $($or comment out$)$ any test code before you submit your solution. The only code in your solution should be function definitions$\mathrm{.}598032\mathrm{.}4569082.$qx$3$zqg$7$LABACTIVITY$12\mathrm{.}12\mathrm{.}1$: Gene's Green Part $5($Tee Area$)$ Individual Challenge$0//10$genes$\_$green.pyLoad default template...$$Search