**What Is the Range of Number Data Type in PL SQL?**

In PL/SQL, the **NUMBER** data type represents numeric values. It is a versatile data type that can store both integers and floating-point numbers. The range of values that can be stored in a **NUMBER** data type depends on the precision and scale specified for it.

## Precision and Scale

The precision of a **NUMBER** data type determines the total number of digits that can be stored, including both integer and decimal portions. The scale represents the number of digits that can be stored after the decimal point.

To declare a **NUMBER** variable with a specific precision and scale, you can use the following syntax:

__VARIABLE_NAME NUMBER(PRECISION, SCALE);__

The maximum precision that can be specified for a **NUMBER** data type is 38, while the maximum scale allowed is equal to or less than the specified precision.

## Numeric Range

The range of values that can be stored in a **NUMBER** data type depends on its precision. Let’s explore some examples:

### – Integer Values:

If you declare a **NUMBER(10)**, it means you can store integer values ranging from -999,999,999 to 999,999,999 (inclusive).

### – Floating-Point Values:

If you declare a **NUMBER(10, 2)**, it means you can store floating-point numbers ranging from -99,999,999.99 to 99,999,999.99 (inclusive). The two-digit scale allows for two decimal places.

## Overflow and Underflow

It’s important to note that if you try to assign a value outside the specified range of a **NUMBER** data type, an overflow or underflow error will occur. An overflow error occurs when the assigned value is greater than the maximum allowed value, while an underflow error occurs when the assigned value is smaller than the minimum allowed value.

## Conclusion

The **NUMBER** data type in PL/SQL is a powerful and flexible data type for storing numeric values. By specifying the precision and scale, you can control the range of values that can be stored in a **NUMBER** variable. Understanding the range and limitations of this data type is essential for ensuring accurate calculations and preventing overflow or underflow errors.

*Note: It’s important to consult the PL/SQL documentation for specific details about precision, scale, and range based on your Oracle version and configuration.*

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