Brief Guide to Static and Dynamic Data Structures

INTRODUCTION

A data structure is a method of properly organizing and storing data so that the necessary operations on them may be carried out in a time and memory-efficient manner. Data structures simplify programming, especially in terms of time complexity There are two data structures: 1. Static Data Structure, and 2. Dynamic Data Structures.

STATIC DATA STRUCTURE: WHAT IS IT?

1 The size of a static data structure is predetermined Although the data structure's allotted memory space cannot be changed, it is content can

2. Static data structures are defined as those with a fixed size. Static data structures are allocated memory at compile time; after compiling, the user cannot change the size of these structures but can change the data stored within them.

DYNAMIC DATA STRUCTURE: WHAT IS IT?

1. The size of a dynamic data structure is not fixed and might change when operations are carried out on it. Dynamic data structures are created to make it easier to update data structures while programs are running.

2. Dynamic data structures are defined as data structures that change in size For dynamic data structures, memory is allotted at runtime, and the size of the dynamic data structures changes as the code is executed. Additionally, changes can be made to the dynamic data structure's size and elements while the code runs

STATIC DATA STRUCTURE EXAMPLES

Whenever we discuss static data structures, arrays are the first thing that comes to mind An array is the best and most ideal example of a static data structure. While we can define an array with a fixed size that cannot change afterward, we can alter the values that are added to the array.

DYNAMIC DATA STRUCTURES EXAMPLES

A few examples are linked list, Tree, Heap, and other dynamic data structures. Depending on our requirements, we can specify the size of these data structures, we covered an introduction to data structures and algorithms extensively. They can have memory allocated to them, which we can then release when they are no longer required.