The document discusses linked lists, including their definition and initialization. It highlights several advantages such as dynamic resizing, efficient memory utilization, and easier insertion and deletion operations. Additionally, it notes that linked lists are suitable for complex applications.

1. Data Structures
Linked Lists
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2. Linked Lists
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3. Linked Lists
• START = NULL if there is no list (i.e.; NULL list or empty list).
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4. ADVANTAGES OF LINKED LIST
Linked list have many advantages and some of them are:
1. Linked list are dynamic data structure. That is, they can grow
or shrink during the execution of a program.
2. Efficient memory utilization: Memory is allocated whenever it
is required. And it is deallocated when it is not needed.
3. Insertion and deletion are easier and efficient.
4. Many complex applications can be easily carried out with
linked list.
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