1. LIST (the values are represented in [ ]). Step 1 . Predict the output of this code. Write down what each line does. Make sure you number each line with your answer. Don’t worry about making...


1.LIST (the values are represented in [ ]).



Step 1.



Predict the output of this code. Write down what each line does. Make sure you number each line with your answer. Don’t worry about making mistakes, it is part of the learning process. Don’t run the code yet.



Step 2.



Type the code into a file namedtask01.py. Run the code. Attach a screenshot of your code and answer.



Step 3.



Explain any discrepancies between your predictions and the actual output. Write down where you made the mistakes and what you understood after obtaining the answer. Number the lines where the mistakes are made with your reasoning.



NOTE:



i need all declearation and write proper Explain .



Study this code:


def list_demo () :<br>my_list = [64, 'hello', 105.7, '', [0,1,2], False]<br>print('la. ', my_list[2:4])<br>print('lb. ', my_list[4] [2])<br>my_list[3] = True<br>print('lc. ', my_list)<br>print('1d. ', my_list[-1])<br>my_list.append (True)<br>print('le. ', len(my_list))<br>print('lf. ', my_list[4:6] + ['2014/11/06', 5])<br>my_list.extend (' 2014/11/06'.split('/'))<br>print('1g. ',<br>my_list = my_list + [105.7, False, list('abc'), '

Extracted text: def list_demo () : my_list = [64, 'hello', 105.7, '', [0,1,2], False] print('la. ', my_list[2:4]) print('lb. ', my_list[4] [2]) my_list[3] = True print('lc. ', my_list) print('1d. ', my_list[-1]) my_list.append (True) print('le. ', len(my_list)) print('lf. ', my_list[4:6] + ['2014/11/06', 5]) my_list.extend (' 2014/11/06'.split('/')) print('1g. ', my_list = my_list + [105.7, False, list('abc'), '"] my_list.remove(105.7) print('lh. ', my_list) print('li. ', len(my_list)) print('lj. ', my_list.index(True)) %3D len (my_list))

Jun 07, 2022
SOLUTION.PDF

Get Answer To This Question

Related Questions & Answers

More Questions »

Submit New Assignment

Copy and Paste Your Assignment Here