Python please.

Write your solution to allow the user to enter a value for the number of terms that they want the code to run for in the approximation calculation. Output the estimate after each term is added in a tabular format, using f-strings, field width, and right-alignment. Print the term number in a field with width of 8 and the estimate of in a field with width of 10 and 6 digits after the decimal. (45 pts.)

Use your code to answer the questions cells below. (5 pts.)

I suggest that you develop your solution in steps. You must alternate between subtraction and addition on each term (or, use addition with a coefficient that alternates from -1 to +1 on each term), so you might start with that. The denominator is going up by 2s each term, so 3, 5, 7, etc., so maybe get that working next. Once you have all the pieces working, then you put it together in a summation (that starts from 4 instead of 0 for this series).

In [ ]: # Put Program 1 Code Here How many terms of this series do you have to use before you first get 3.14? XX 3.141? XX 3.1415? XX 3.14159? XX Double click the cell in Jupyter to edit (5 pts.) Be sure to save and exit your Jupyter Notebook and Shutdown Jupyter Lab (from the File menu) before you submit your notebook on Blackboard for grading. In [ ]: # Put Program 1 Code Here How many terms of this series do you have to use before you first get 3.14? XX 3.141? XX 3.1415? XX 3.14159? XX Double click the cell in Jupyter to edit (5 pts.) Be sure to save and exit your Jupyter Notebook and Shutdown Jupyter Lab (from the File menu) before you submit your notebook on Blackboard for grading