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= True =
In the context of logic, mathematics, and computing, "true" refers to a value or state that represents correctness, accuracy, or validity. It is often contrasted with "false," which denotes the opposite state.

== Definition ==
The term "true" is commonly used in various fields, including philosophy, mathematics, and computer science. In propositional logic, a statement is considered true if it accurately reflects reality or a given set of conditions.

=== In Logic ===
In formal logic, true values are assigned to propositions based on their validity. A true proposition leads to conclusions that align with established truths or axioms.

=== In Mathematics ===
In mathematics, true statements are those that hold under defined operations and conditions. For example, the statement "2 + 2 = 4" is true within the realm of standard arithmetic.

=== In Computer Science ===
In computer science, Boolean values represent true and false states, often used in programming languages for decision-making processes. For instance, a condition in an if-statement evaluates to true or false, guiding the program's flow.

== Applications ==
The concept of true has numerous applications across various domains.

=== Artificial Intelligence ===
In AI, true values play a critical role in the evaluation of algorithms and decision-making processes. AI systems must assess the truthfulness of data inputs to produce accurate outputs.

=== Data Validation ===
True values are essential in data validation, where systems check if data entries meet predefined criteria, ensuring data integrity and quality.

== See also ==
* [[False]]
* [[Boolean logic]]
* [[Propositional logic]]
* [[Data integrity]]

== References ==
<references/>

[[Category:Logic]]
[[Category:Mathematics]]
[[Category:Computer Science]]

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