Question

Consider the list myList: myList = ["a", "America", "1", [5,3,9], "3", ["Mercy"]]

#1 1) The Python statement __________________ returns a

#2 2) The Python statement __________________ returns America

#3 3) The Python statement __________________ returns Ame

#4 The type of the third element is _______.

#6 The Python statement __________________ returns the following:

['Mercy']

#7 The python statement temp = _______ converts the third element to integer and assigns the result to temp.

#8 Consider the fourth element of myList and let it be called myList[3].

The python statement _______ checks to see if the first element of myList[3].

#9 Now we want to sort (descending order) the contents in the fourth element of myList.

A Python statement __________________ inserts the second element of myList[3] into the first position of myList.

#10 pop out the last element of myList[3].

#11 myList has a nest list at the end. Code a Python segment to convert it to an element.

Note that all the contents should remain the same. Fill in the blanks. myList._________ (myList.___________)

#12 in myList, write a code segment. If the third element is bigger than the fifth element, their multiplication will be appended to myList.

Otherwise, their addition will be extended as a nested list to myList. Note that if type conversion is needed, please do so in your coding list.

Answer 1

main.py saved 1 mylist = ["a", "America", "1", (5,3,9], "3", ["Mercy"]] America Ame <class 'str'> ['Mercy'] 3 _returns a #1 1) The Python statement #a is at index so we can print it by print(myList[@]) 5 [3, 5, 9] returns America #2 2) The Python statement print(myList[1]) ['a', 'America', '1', (3, 5), '3', 'Mercy'] ['a', 'America', '1', [3, 5], '3', 'Mercy', 4] returns Ame 11 #3 3) The Python statement #we have to return first 3 chars of america print(myList[1][:3]) 12 13 15 16 #4 The type of the third element is #3rd element is at index 2 print (type (myList[2])) 17 returns the following: ["Mercy'] #6 The Python statement print(myList[5]) 21 #7 The python statement temp = _ converts the third element to integer and assigns the result to temp. temp = int(myList[2]) print(temp)

main.py E saved 25 #8 Consider the fourth element of myList and let it be called myList[3]. 26 # The python statement checks to see if the first element of mylist [3] 27 print(myList[3][@]) America Ame <class 'str'> ['Mercy'] [3, 5, 9] '['a', 'America', '1', [3, 5], '3', 'Merg ['a', 'America', 'l', [3, 5], '3', 'Merg #9 Now we want to sort (descending order) the contents in the fourth element of myList. # A Python statement inserts the second element of myList[3] into the first position of myList. #we can swap the items by myList[3][8], myList[3][1] = myList[3][1], myList[B][8] print(myList[3]) 33 35 #10 pop out the last element of myList[3]. print(myList[3].pop() 36 38 39 #11 myList has a nest list at the end. Code a Python segment to convert it to an element. # Note that all the contents should remain the same. Fill in the blanks. mylist. (myList. myList.append(myList.pop [@]) print(myList) #12 in myList, write a code segment. If the third element is bigger than the fifth element, their multiplication will be appended to myList. #Otherwise, their addition will be extended as a nested list to myList. Note that if type conversion is needed, please do so in your coding list. 47 49 if int(myList[2]) > int(myList[4]): myList.append(int(myList[2]) * int(myList[4])) else: myList.append(int(myList[2]) + int(myList[4])) print(myList)

code:

myList = ["a", "America", "1", [5,3,9], "3", ["Mercy"]]

#1 1) The Python statement __________________ returns a

#a is at index 0 so we can print it by

print(myList[0])

#2 2) The Python statement __________________ returns America

print(myList[1])

#3 3) The Python statement __________________ returns Ame

#we have to return first 3 chars of america

print(myList[1][:3])

#4 The type of the third element is _______.

#3rd element is at index 2

print(type(myList[2]))

#6 The Python statement __________________ returns the following: ['Mercy']

print(myList[5])

#7 The python statement temp = _______ converts the third element to integer and assigns the result to temp.

temp = int(myList[2])

print(temp)

#8 Consider the fourth element of myList and let it be called myList[3].

# The python statement _______ checks to see if the first element of myList[3].

print(myList[3][0])

#9 Now we want to sort (descending order) the contents in the fourth element of myList.

# A Python statement __________________ inserts the second element of myList[3] into the first position of myList.

#we can swap the items by

myList[3][0], myList[3][1] = myList[3][1], myList[3][0]

print(myList[3])

#10 pop out the last element of myList[3].

print(myList[3].pop())

#11 myList has a nest list at the end. Code a Python segment to convert it to an element.

# Note that all the contents should remain the same. Fill in the blanks. myList._________ (myList.___________)

myList.append(myList.pop()[0])

print(myList)

#12 in myList, write a code segment. If the third element is bigger than the fifth element, their multiplication will be appended to myList.

#Otherwise, their addition will be extended as a nested list to myList. Note that if type conversion is needed, please do so in your coding list.

if int(myList[2]) > int(myList[4]):

myList.append(int(myList[2]) * int(myList[4]))

else:

myList.append(int(myList[2]) + int(myList[4]))

print(myList)