MIN Function in MariaDB

MIN Function in MariaDB is a function that is used to return the smallest or minimum value of columns. With the help of the MIN, the Function user can easily get the minimum value of the table or database. Let’s understand some examples for better understanding.

Note: We can perform the MIN, and MAX operations with the numerical data as well as the Strings.

MariaDB MIN Functions

MariaDB is a relational database language that is similar to SQL. We know that in a relational database language, the data is stored in the form of relations which are nothing but the tables. Similar to SQL which has aggregate functions such as MIN(), MAX(), AVG(), and LEAST() functions. These aggregate functions in the MariaDB help us to make operations faster and easier. MariaDB is a cost-effective solution for small and large web projects compared to other databases.

In this article, We will learn about the MIN Function in MariaDB along with its syntax, practical examples of some functions, and so on.

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MIN Function in MariaDB

MIN Function in MariaDB is a function that is used to return the smallest or minimum value of columns. With the help of the MIN, the Function user can easily get the minimum value of the table or database. Let’s understand some examples for better understanding....

Examples of MariaDB MIN Functions

For a better understanding of Min Function in MariaDB, we need a table on which we will perform various operations and queries. So in this article, we have a DETAILS table which consists of id, NAME, and SUBJECT as Columns. If you don’t know How to Create a Table in SQLite then refer to this. After inserting data into the DETAILS Table. The table looks:...

CONCLUSION

Aftere reading the whole article now we have good understanding of MIN Function in MariaDB. MariaDB is used to find the minimum/smallest value according to the conditions of queries. Finally aggregate operators are used to derive the descriptive statistics. The aggregations are used to compute the mathematical calculations. For example the data of population and censux are very large.The manual caluculation for this takes a large ammount of time . In order to make the caluculations easier we use the aggregate operations....