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---
title: Absolute Value
---
## Absolute Value
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Absolute value is the non-negative value of a number, whether that number is positive or negative.
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You can think of a number's absolute value as its distance from zero.
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It can be defined as,

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< img src = "https://upload.wikimedia.org/wikipedia/commons/thumb/6/6b/Absolute_value.svg/2000px-Absolute_value.svg.png" width = "300" >
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The absolute value of a quantity x is denoted by |x| (the quantity is enclosed between two vertical bars).
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Here you can see that in the graph of y = |x|, if -2 is input in to the function, 2 is the result. This is because -2 has a distance of 2 from zero. The absolute value of a number can never be negative.
### Examples
* **Simplify |-5|**
|-5| = 5
* **Simplify |0(5)|**
|0(5)| = |0| = 0
* **Simplify -|-1|**
-|-1| = -(1) = -1
* **Simplify |-5(-3) + 1|**
|-5(-3) + 1| = |15 + 1| = |16| = 16
* **Simplify |8|**
|8| = 8
* **Simplify |(-5)^3|**
|-125| = 125
#### More Information:
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[Purplemath ](https://www.purplemath.com/modules/absolute.htm )
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