do in python 3.8

Develop a function my_Expm1(x,N) that forms the result using the abbreviated taylor series.

myexpm1x,N=x+x22!+x33!+=n=1Nxnn!

1. develop a main() function, in a file, which imports the math module and your function. Form a litst that tabulates the absolute difference between |-exp(x)-expm1(x)|. Similarly, form another list that tabulates the difference |myExpm1(x,10)-expm1(x)|. The list should be repeated for x=10^-1,10^-2,10^-3,10^-12. The final list should contain the values of x, accordingly.
2. Import the CSV module to the main() function to export three lists.
3. Submit the function in a file(same as before) that uses repetition within the main() function to compute the three lists
4. Produce the CSV file file_error.csv with the three lists