Question

Document where I have # to explain what the code is doing. (5 of the 20 points will be for documenting)

Fill in the __ and __________ spaces to complete the code.

Logic

"""
This program approximates the value of pi using an algorithm
designed by the German mathematician Gottfried Leibniz. The
algorithm is as follows:

pi = 4 - 4 / 3 + 4 / 5 - 4 / 7 + . . .

This program allows the user to specify the number of iterations
to use in the approximation.
"""

#

import __________

#
iterations = __________
pioverfour = ___
numerator = ___
denominator = ___

#

for count in range(__________:
    """equation using varibles""""
    numerator = __numerator
    denominator __= __

#
print("The approximation of pi is", __________)
print("Compare this to the computer's estimation: ", ________)

Answer 1

Please let me know if anything is required. Please follow the indentation as shown in the code screenshot

Code screenshot:

Sample output1:

Sample output2:

Sample output3:

Sample output4:

Sample output5:

Copyable code:

"""
This program approximates the value of pi using an algorithm
designed by the German mathematician Gottfried Leibniz. The
algorithm is as follows:

pi = 4 - 4 / 3 + 4 / 5 - 4 / 7 + . . .

This program allows the user to specify the number of iterations
to use in the approximation.
"""

#

import math

#
iterations = input("Enter number iterations: ")#taking the number from the user for the iterations
pioverfour = 0
numerator = 4
denominator = 1
computerPi=math.pi #computer generated pi value
#

for count in range(int(iterations)):#calculating pi value
"""equation using varibles"""
if(count%2==0):
pioverfour=pioverfour+(numerator/denominator)
else:
pioverfour=pioverfour-(numerator/denominator)
numerator = 4
denominator+=2
  
#
print("The approximation of pi is", pioverfour)#printing the calculated pi value
print("Compare this to the computer's estimation: ",computerPi )#printing the pi value from the computer