Implement a computer program using a classic algorithm : A look at the recursive divide function

The video tutorial covers the implementation of a linked list in Python, starting with the creation of a node class that includes data and a pointer. It then moves on to initializing a linked list with head and tail pointers. The tutorial explains how to append nodes to the list and create a string representation of the list. It also discusses enhancing the append method to handle integers. Finally, the video assigns homework tasks to implement additional methods for the linked list.

What is the default value for the data attribute in the Node class?

• Empty String

• Undefined

• 0

• None

What does the 'self.next' attribute in the Node class initially point to?

• The next node

• None

• The previous node

• The head of the list

What is the initial value of the head and tail pointers in a newly created linked list?

• None

• Head is None, Tail is 0

• 0

• Head is 0, Tail is None

What happens when you append a node to an empty linked list?

• The node is ignored

• The node becomes both head and tail

• The node becomes the tail

• The node becomes the head

How is the string representation of a linked list constructed?

• Using a list

• Using recursion

• Using a while loop

• Using a for loop

What is the purpose of slicing the string in the linked list's string representation?

• To reverse the list

• To remove the last arrow

• To add a new node

• To find the length of the list

What does the 'isinstance' function check in the append method?

• If X is a string

• If X is a node

• If X is an integer

• If X is a list

What should you do if an integer is passed to the append method instead of a node?

• Convert it to a node

• Ignore it

• Convert it to a string

• Raise an error

Which method would you implement to add a node to the start of the linked list?

• add_to_end

• insert_at_index

• remove_from_start

• add_to_start

What is the expected output of the 'length_of_list' method for a list with 5 nodes?

• 0

• 5

• 10

• Undefined