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Predicate logic enables the representation of mathematical statements that propositional logic cannot. It introduces the concept of predicates, which express properties about variables, allowing for the formulation of quantified statements. The chapter also explores two forms of quantification: universal and existential, each serving distinct roles in logical assertions.
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References
ch8.pdfClass Notes
Memorization
What we have learnt
Final Test
Revision Tests
Term: Predicate Logic
Definition: A logical system that uses predicates to express statements about variables and their properties.
Term: Universal Quantification
Definition: Affirms that a property holds true for all elements in a specified domain.
Term: Existential Quantification
Definition: States that a property is true for at least one element within the given domain.
Term: Bound and Free Variables
Definition: Bound variables are those subjected to quantification, while free variables are not constrained by quantifiers.
Term: Logical Equivalence
Definition: Two expressions are logically equivalent if they hold the same truth value for every possible interpretation within their domains.