Write statements to do the following:(a) Create a list with 100 Boolean False values.(b) Assign the value 5.5 to the last element in the list.(c) Display the sum of the first two elements.(d) Compute the sum of the first five elements in the list.(e) Find the minimum element in the list.(f) Randomly generate an index and display the element of this index in the list.

Write a section of Python code (not an entire function) to: initialize a list named shapes which has 5 elements to contain blanks (" ") - use the repetition operator write individual assignment statements to set the first three elements of the list to the values Triangle, Square, Rectangle write a single statement to print the contents of the list

For each of the following write a list comprehension: a. Create a list of the first 10 multiples of 13 (from 13 to 130) b. Create a list of the squares of the first 100 integers, but only with those that are odd.

Assume, you have been given two lists: List_one and List_two. [Your program should work for any two given lists; change the following lists and check whether your program works correctly for the code you have written] Write a Python program that prints "True", if the given two lists have at least one common member. Otherwise, print "False". Hint: use a boolean variable as a flag to indicate if the two lists have at least one common element. Use break to end the loop when seeing a commom element. =================================================================== Given lists 1:List_one : [1, 4, 3, 2, 6]List_two : [5, 6, 9, 8, 7] Sample Output 1:True =================================================================== Given lists 2:List_one : [1, 4, 3, 2, 5]List_two : [8, 7, 6, 9] Sample Output 2:False #assign the boolean result (True/False) to variable "common_ele" (flag).  def task5(list_1, list_2):  # YOUR CODE HERE                   return common_ele Expert Solution

# This function takes a list of points and returns a new list of points, # beginning with the first point and then at each stage, moving to the closest point that has not yet been visited.# Note: the function should return a new list, not modify the existing list.# Hint: use a while loop to repeat while the list of remaining points is not empty