Please complete this activity

In this task, you will organize your code so that you can put the corresponding

statements inside the body of the main function.

Steps:

1. Write the definition of the main function

2. Call the main function

# the definition of the main function

def main ():

7 calling the main funetion

main ()

Sample Output

In TO DO #2 your code will not generate output.

Explanation:

So far, you have just set the structure that will allow you to write the corresponding

statements inside the main function. At this point, it is vital that you understand why

you need to call the function for it to run.

TODO #3: Organize lab3py Using Comments

Initialize any necessary variables

Prompt the user for a few values

Setup a loop based on the values entered by the user

Calculate an approximation to the logarithm of the number entered by

the user

Display the computed values

Below your program header, enter additional comments in your Python

program identifying each part. Make sure to leave blank spaces between each

comment section.

TODO #4 Complete the Python code for the program

Write the Python code to complete the program.

Use the input () function to prompt the user for

= the number whose logarithm you want to be computed

the number of terms

Compute the approximation to the log() using n terms in the series

expansion for x

to six decimal places.

Notes:

You may use the input 0) function to prompt the user for inputs.

You may use the zound () function to round off any values.

You may use the 10g 0 function from the math library to compute the actual

logarithm.

Veins EY agume Yahdie yser will enter valid values for the loganihm and

Sample Output:

Sample 1

Please enter the number whose logarithm you want to be computed:

1.5

Please enter how many terms of the series expansion for logarithm

you vant

to

('The computed approximation to log(!, 1.5, 1) 23:1,

0.407292)

(The

difference between the approximation and the actual value for

log(1, 1.5,

1)

13:1, 0.0018271

Sample 2

Please enter the number whose logarithm you want to be computed:

0.8

Please enter how many terms of the series expansion for logarithm

you vant to use:

('The computed approximation to log(1, 0.8,

1) is:

- -0.223067)

('The

difference between the approximation and the actual value for

log(1

0.8,

0.0000771

In this task you will panise your code so that you can put the corresponding statements inside the body of the main function Steps: 1. Write the definition of the main function 2. Call the main tunction + the definition of the function dem # calling the main function THEIR(; Sample Output In TO DOW2 your code wil net generate output Explanation: So far you have just set the structure that willow you to write the corresponding statements inside the main function. At this point, it is vital that you understand why you need to call the function for it to run TODO #3: Organize labs.py Using Comments There are several parts to this program Comment the description of the program . Initialize any necessary variables Prompt the user for a few values Setup a loop based on the values entered by the user Calculate an approximation to the logarithm of the number entered by the user Display the computed values Below your program header, enter additional comments in your Python program identifying each part. Make sure to leave blank spaces between each comment section TODO #4 Complete the Python code for the program Write the Python code to complete the program - Use the input function to prompt the user for the number whose logarithm you want to be computed the number of . Compute the protation to the box) using terms in the series expansion for Display the approximate logarithm and the difference between it and the actuat logarithm of the number entered by the user Both should be correct to six decimal places Notes You may use the input nation to promo the user for inputs You may use the rotunction to round off any values You may use the logo uction from the mathbrary to compute the actual logarithm You may assume that the user will enter vaba value for the logarithm and terms.