A. A list data structure unlike stacks and queues ensure items are added and removed from any location within the list. This is useful for manipulating some forms of storage or processing requirements. a. Nodes in a list can be added in two ways. Using diagrams, explain the two (2) forms of adding a new node to an existing list b. Using diagrams, explain how the head pointer can be implemented in a single list such that it does not have to change during additions and deletions. Your resulting list should have five (5) regular nodes. c. Provide the algorithm and supporting diagram for updating your list with a single node at the front of the List. Name the currently added node "Q". Your resulting list will now have six (6) regular nodes..

Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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A. A list data structure unlike stacks and queues ensure items are added
and removed from any location within the list. This is useful for
manipulating some forms of storage or processing requirements.
a. Nodes in a list can be added in two ways. Using diagrams, explain
the two (2) forms of adding a new node to an existing list
b. Using diagrams, explain how the head pointer can be
implemented in a single list such that it does not have to change
during additions and deletions. Your resulting list should have five
(5) regular nodes. .
c. Provide the algorithm and supporting diagram for updating your
list with a single node at the front of the List. Name the currently
added node "Q". Your resulting list will now have six (6) regular
nodes. .
Transcribed Image Text:A. A list data structure unlike stacks and queues ensure items are added and removed from any location within the list. This is useful for manipulating some forms of storage or processing requirements. a. Nodes in a list can be added in two ways. Using diagrams, explain the two (2) forms of adding a new node to an existing list b. Using diagrams, explain how the head pointer can be implemented in a single list such that it does not have to change during additions and deletions. Your resulting list should have five (5) regular nodes. . c. Provide the algorithm and supporting diagram for updating your list with a single node at the front of the List. Name the currently added node "Q". Your resulting list will now have six (6) regular nodes. .
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