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];
No, we cant hold different data types in an Array. But using Array List we can hold any data type as a Object. But you need iterate that values as a Object and again you need to convert those values into the different data types accordingly.
An ordered list of data in any programming language is simply a sorted array or list. In C++ this can either mean a sorted array, vector, list or forward list.
An array element has the same type as the array name.
A primitive data type is built into the language - int, char, long, etc. A non-primitive data type is am abstract data type that is built out of primitive data types - linked list, queue, stack, etc.
Stock sorting algorithm is a algorithm which is used to sort any kind of stock i.e. any data type containing the primitive values like array ,link list ,stack etc.
No, we cant hold different data types in an Array. But using Array List we can hold any data type as a Object. But you need iterate that values as a Object and again you need to convert those values into the different data types accordingly.
An ordered list of data in any programming language is simply a sorted array or list. In C++ this can either mean a sorted array, vector, list or forward list.
An array is a list of data items or variables of the same type, like a list of numbers or a list of dates or a list of names.
An array element has the same type as the array name.
A primitive data type is built into the language - int, char, long, etc. A non-primitive data type is am abstract data type that is built out of primitive data types - linked list, queue, stack, etc.
Stock sorting algorithm is a algorithm which is used to sort any kind of stock i.e. any data type containing the primitive values like array ,link list ,stack etc.
Stock sorting algorithm is a algorithm which is used to sort any kind of stock i.e. any data type containing the primitive values like array ,link list ,stack etc.
One dimensional data storage is when you store a series of data in a linear way. An example of this would be an array, which stores data in a series, and access that data by indexing it. A linked list is another example of a data structure that behaves one dimensionaly.
Linked list consists of data nodes each pointing to next in the list .An array consist of contiguous chunk memory of predetermined size
The most efficient way to store a list is with an array.
Databases do not store information. Databases store data, from which you get information. A list of names is data. A count of how many names there are is information. A list of dates of birth is data. Which people were born in April is information. A database can store data that you want, which will be based on your design. So it is possible to design it to store all kinds of data. That is down to your ingenuity and what you need.Databases do not store information. Databases store data, from which you get information. A list of names is data. A count of how many names there are is information. A list of dates of birth is data. Which people were born in April is information. A database can store data that you want, which will be based on your design. So it is possible to design it to store all kinds of data. That is down to your ingenuity and what you need.Databases do not store information. Databases store data, from which you get information. A list of names is data. A count of how many names there are is information. A list of dates of birth is data. Which people were born in April is information. A database can store data that you want, which will be based on your design. So it is possible to design it to store all kinds of data. That is down to your ingenuity and what you need.Databases do not store information. Databases store data, from which you get information. A list of names is data. A count of how many names there are is information. A list of dates of birth is data. Which people were born in April is information. A database can store data that you want, which will be based on your design. So it is possible to design it to store all kinds of data. That is down to your ingenuity and what you need.Databases do not store information. Databases store data, from which you get information. A list of names is data. A count of how many names there are is information. A list of dates of birth is data. Which people were born in April is information. A database can store data that you want, which will be based on your design. So it is possible to design it to store all kinds of data. That is down to your ingenuity and what you need.Databases do not store information. Databases store data, from which you get information. A list of names is data. A count of how many names there are is information. A list of dates of birth is data. Which people were born in April is information. A database can store data that you want, which will be based on your design. So it is possible to design it to store all kinds of data. That is down to your ingenuity and what you need.Databases do not store information. Databases store data, from which you get information. A list of names is data. A count of how many names there are is information. A list of dates of birth is data. Which people were born in April is information. A database can store data that you want, which will be based on your design. So it is possible to design it to store all kinds of data. That is down to your ingenuity and what you need.Databases do not store information. Databases store data, from which you get information. A list of names is data. A count of how many names there are is information. A list of dates of birth is data. Which people were born in April is information. A database can store data that you want, which will be based on your design. So it is possible to design it to store all kinds of data. That is down to your ingenuity and what you need.Databases do not store information. Databases store data, from which you get information. A list of names is data. A count of how many names there are is information. A list of dates of birth is data. Which people were born in April is information. A database can store data that you want, which will be based on your design. So it is possible to design it to store all kinds of data. That is down to your ingenuity and what you need.Databases do not store information. Databases store data, from which you get information. A list of names is data. A count of how many names there are is information. A list of dates of birth is data. Which people were born in April is information. A database can store data that you want, which will be based on your design. So it is possible to design it to store all kinds of data. That is down to your ingenuity and what you need.Databases do not store information. Databases store data, from which you get information. A list of names is data. A count of how many names there are is information. A list of dates of birth is data. Which people were born in April is information. A database can store data that you want, which will be based on your design. So it is possible to design it to store all kinds of data. That is down to your ingenuity and what you need.
No. Linked lists require traversal, and are therefore accessed sequentially. For random access you need an array. An array of pointers to the data in your list would do, but you will incur an overhead in creating the array on top of the list.