Step 2: Screenshot #Prompt the user to enter input string print ("Enter input:") #Get the input string and store it into a variable sentence = input () #Split the input string into words by space list = sentence.split() print ("\nOutput:") #Iterate through words in the list for word in list: #Get the count for each word num =list.count (word) #Print word and their frequencies print (word,num) Step 3: Output Enter input: hey hi Mark hi mark Output: hey 1 hi 2 Mark 1 hi 2 mark 1 ..Program finished with exit code 0

prompt user to enter a number numthis num would be set as the range the user to enter other intergers.create a list and loop to populate it with each integer the user enters up to numprint the list. Example:if num entered as 4then prompt the user to enter 4 integers. 3 6 7 9then print the list as [3, 6, 7, 9] Thank you

Write a program that uses 2 lists. Call the lists Items and Basket respectively. The first list will contain a list of at least 10 items (make up your own items) to select from. The second list will be used to add the selected items in the new list.(Basket) Your program should do the following in a Loop until the user exits the loop: Display the list (print out 1, 2, 3, 4, etc. before each item in the list (Hint: Use Index + 1) Prompt the user to select an item from the Items list. Add the selected item to the new list (Basket) (HINT: Use number entered - 1 for the Index) When the user selects 0, exit the loop and print out the new list of items (Basket)

Fill in the second blank with a statement completing the program so that after the loop executes, the variable min_index contains the index in the list corresponding to the minimum temperature.

The filtered list pattern Another common iteration pattern is the filtered-list pattern, described in video 4 4 filtered list pattern. In this pattern we select from a given list only the elements matching a certain criterion. For example, the following function selects just the odd elements from a list of integers. def odd_elements(numbers): ""'Returns just the odd elements from the given list of ints""" result = [] for number in numbers: if number % 2 != 0: result.append (number) return result Like the mapped list pattern, this can be considered a particular use of the accumulator pattern that is common enough to warrant its own name. Consider the following function: def odd_elements (numbers): ""'Returns just the odd elements from the given list of ints""" result = [] for number in numbers: if number % 2 != 0: result.append (number) return result If the main program calls print (odd_elements( [2, 7, 14, 5])) what is the state table for the function odd_elements after the for loop…