C programming is a platform for learning the C programming language. In the
previous video, we discussed structures. We covered an introduction to structures
including what a structure is, how to declare a structure, and why we need
structures.A structure is a user-defined data type that allows variables of that
data type to be created. These variables are called objects. In the next video, we
will discuss how to access the members of an object using a proper program example.
When declaring variables of a structure data type, you will use the object name to
access members of the structure. The variable declaration will look like
this:<data_type> <object_name>; // Example: struct student s;This is how you would
declare variables of the structure. The tag of the structure is optional, so you
can remove it. Here is an example:struct student { char name[50]; int id; float
cgpa;};// Declaring variables of the structurestruct student s1;struct student
s2;One drawback of this approach is that at some point in our program, we may need
to declare more variables of the same structure data type.
In the video, you will learn how to access the members of the structure and store
values for a specific student, such as roll number one. To initialize the variables
s1 and s2 of the struct student data type, use printf and scanner.
previous video, we discussed structures. We covered an introduction to structures
including what a structure is, how to declare a structure, and why we need
structures.A structure is a user-defined data type that allows variables of that
data type to be created. These variables are called objects. In the next video, we
will discuss how to access the members of an object using a proper program example.
When declaring variables of a structure data type, you will use the object name to
access members of the structure. The variable declaration will look like
this:<data_type> <object_name>; // Example: struct student s;This is how you would
declare variables of the structure. The tag of the structure is optional, so you
can remove it. Here is an example:struct student { char name[50]; int id; float
cgpa;};// Declaring variables of the structurestruct student s1;struct student
s2;One drawback of this approach is that at some point in our program, we may need
to declare more variables of the same structure data type.
In the video, you will learn how to access the members of the structure and store
values for a specific student, such as roll number one. To initialize the variables
s1 and s2 of the struct student data type, use printf and scanner.
