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Mathematical reasoning utilizes logical principles to derive conclusions from given premises, establishing a foundation for mathematical proofs. The chapter elaborates on statements, truth values, logical connectives, and methods of reasoning while highlighting concepts such as tautologies and contradictions. Furthermore, the interaction of logical statements through connectives and the significance of truth tables in evaluating logical expressions are underscored.
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References
m11-8.pdfClass Notes
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Term: Statement
Definition: A declarative sentence that is either true or false and possesses an associated truth value.
Term: Logical Connectives
Definition: Symbols that connect simple statements to form compound statements, including negation, conjunction, disjunction, implication, and biconditional.
Term: Truth Table
Definition: A table that lists all possible truth values for compound statements based on their component statements.
Term: Tautology
Definition: A statement that remains true regardless of the truth values of its components.
Term: Contradiction
Definition: A statement that is always false.
Term: Logical Equivalence
Definition: The condition when two statements have identical truth values across all scenarios.
Term: Direct Reasoning
Definition: A method of reasoning that derives conclusions directly from premises using logical steps.
Term: Indirect Reasoning
Definition: A method of reasoning that involves assuming the negation of what is to be proved to derive a contradiction.