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3 cards from this section. Quick, good the night before a test.
Define functional completeness in your own words.
Consider how operators like AND, OR, and NOT interact.
True or False: A tautology is always satisfiable.
Think about the definition of a tautology.
Which of the following describes a tautology?
Reflect on the nature of tautological statements.
True or False: The statement 'p ∨ ¬p' is a tautology.
Think of both possible truth values for 'p'.
Prove that conjunction and negation are functionally complete by expressing disjunction using only these operators.
Refer to De Morgan's laws for guidance.
Construct a truth table for the expression '¬(p ∧ q)' and demonstrate that it is equivalent to 'p ∨ q'.
Break down the expression and assess each truth value.
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