# Absolute Values in Python

## Introduction

Python's built-in function abs() is accessible through the standard library. For the supplied number, it yields the absolute value. A number's absolute value is its value without taking its sign into account. The value may be an integer, complex, or floating-point number. It will return the magnitude of the provided number if it is complicated.

Syntax:

`abs(value)`

To find a number's absolute value in Python, use the abs() function. The number you wish to see the absolute value of is the only parameter required. The input number's positive magnitude is returned by the process, which ignores its sign. For instance, abs(-5) would yield a result of 5.

The abs() function only requires one argument:

• The number num, whose absolute value needs to be provided.
• The number may be an integer, a floating number, or a complicated number.

### Return Value:

• The given number's absolute value will be provided.
• When an integer is entered, that's also what the return value will be.
• A float will be returned as the value if the input is float.
• The magnitude of the input is what will be returned if the information is a complex number.

The absolute (positive) value of the input number is what the Python abs() method returns. For instance, 5 would be returned by abs(-5), and 5 would be replaced by abs(5).

Example 1:

`num1 = -90float_num = -10.34print("Absolute values of the given integer   number is:", abs(num1))print("The absolute value of the given float number is:", abs(float_num))`

Output

`The absolute values of the given integer   number is: 90The absolute value of the given float number is 10.34>`

Explanation

Using the abs() function to compute and show the absolute values of two numbers is demonstrated in the provided Python code.

An integer called num1 is set to -90, and a floating-point value called float_num is set to -10.34.

The absolute value of num1, which is 90 after the abs(num1) calculation, is shown in the first print statement.

Likewise, abs(float_num) determines the absolute value of float_num; 10.34 is the result, which is shown in the second print statement.

Here is an example of how the abs() function may be used to efficiently calculate the positive magnitude of integers and floating-point numbers without considering their signs. The output statements then display the absolute values of these values.

Example 2:

`int_num = -20print('The Absolute value of -20 is:', abs(int_num))float_num = -30.33print('The Absolute value of -30.33 is:', abs(float_num))`

Output

`The Absolute value of -20 is: 20The Absolute value of -30.33 is: 30.33>`

Explanation

An integer and a floating-point number are calculated and printed in absolute values using the Python code. Initially, int_num is set to -20 and float_num to -30.33. The fundamental importance of those is then determined using the abs() function. The absolute value is computed as 20 for int_num and 30.33 for float_num. The code shows how the abs() function provides a positive magnitude by ignoring the input's sign. In print statements, it finally presents these absolute values and explains the fundamental values of the integer and floating-point integers.

### Example based on Complex Numbers:

`complex_num =(12+3j)print("The Maginute Of The Given Complex Number is:", abs(complex_num))`

Output

`The Maginute Of The Given Complex Number is: 12.36931687685298>`

Explanation

The magnitude, or absolute value, of a complex number, is computed and printed using this Python code. The formula for a complex number is complex_num = 12 + 3j. In essence, the magnitude of this complex number is its distance from the origin in the complex plane, and it is calculated using the abs(complex_num) function. The volume in this instance is 12.36931687685298. This is computed as the square root of the sum of the squares of the natural and imaginary portions. The code then provides the magnitude of the specified complex number by displaying this magnitude in the print statement.

## The Conclusion

The abs() method in Python is an essential tool for figuring out a numeric value's absolute value, regardless of whether it's an integer, floating-point number, or complex number. The input's positive magnitude is represented by the total value, which ignores its sign. It's beneficial in situations where you need to make sure something is non-negative or estimate the distance from a reference point. This function helps with data processing and analysis as well as mathematical computations. The abs() function in Python is a valuable tool for obtaining absolute values, regardless of whether one is working with negative integers, negative floating-point numbers, or complex numbers. It is an essential component of many mathematical and scientific applications.