char data type
array
All data types can be used to store a whole number, even the data types that can store a decimal number.
Yes you can store non primitive data type variables in an array. String is a non primitive data type. You can declare a string array as: String a[]=new String[10];
Any type of data.
Yes, any type of recordable CD can be used to store video data.
Data Type : - It is used to identify the type of data. 'C' Language has a large no of data type, Thus it is also known by rich data type language: Data type are generally classified in three group: 1: Fundamental data type 2 Derived Data Type : 3 Use defined data type; 1 Fundamental data type: Fundamental data type includes i) The int data type: The data type int can store integer value only for eg. 14, 45, 78 declaration: int a,b; here we can store any value in variable a & b. ii) Char Data Type : The data type char can store character value only which is enclosed with single quote for e.g. 'c' declaration : char x = 'c' iii) Float Data Type:
char data type
array
Void Pointer is a General purpose pointer ,that does not have any data type associated with it and can store address of any type of variable. Declaration: void * pointer_name;
All data types can be used to store a whole number, even the data types that can store a decimal number.
You can record video data on ANY media... CD, DVD or any other format that will store it! All data is treated the same.. it just a matter of what device will play what type of media!
the type of data which we store in a variable.. example: int a=10; /*here a is variable (data) which is of type int and stores a value 10.*/
Yes you can store non primitive data type variables in an array. String is a non primitive data type. You can declare a string array as: String a[]=new String[10];
In Access, the Text data type can hold up to 255 characters. If you need to store more characters, you can use the Memo data type, which can store up to 65,535 characters.
Databases store data using any of the robust data structures for efficient management of data. They can use any of the record based logical models to represent the data. Hierarchical, Network or Relational data models.
Text.Text.Text.Text.Text.Text.Text.Text.Text.Text.Text.