Add a function to the script called "GetTipDisplacement". This function should:Receive the tip load, P$,$ current length, L$,$ and the bending stiffness EI$.$It should return the tip displacement calculated using the equation shown above.Add a for$-$loop that repeats $5$ times and calls the function "GetTipDisplacement" on each iteration. For each iteration increase the size of L$.$ For example, set the base length to $12$ in$.$ On the first iteration the function should get $12$ as the length, on the second iteration it should get $24,$ and so on$.$ Store the result in an array called "maximumDisplacement".Plot the result showing the length on the x$-$axis and tip displacement on the y axis. Ensure all axes are properly labeled