$5.$ countAboveAverage function

a$)$ Write a function named countAboveAverage that accepts an array of numbers and returns the count of how many values are more than the average of the same list of numbers. Your countAboveAverage function must call the arrayAverage function you wrote in the previous exercise.

b$)$ Run the test shown below in the console to verify your function works properly.

$//$ Test

let values $=[31\mathrm{.}9,31\mathrm{.}3,42\mathrm{.}4,42\mathrm{.}4,60\mathrm{.}8,28\mathrm{.}1]$; console.log$($countAboveAverage$($values$))$; $//$expect $3$

c$)$ Add code in your JavaScript file to call the countAboveAverage function with an argument of $[31\mathrm{.}9,31\mathrm{.}3,42\mathrm{.}4,42\mathrm{.}4,60\mathrm{.}8,28\mathrm{.}1]$ and displays what it returns in the textarea of the web page by concatenating to the textarea value.