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3 cards from this section. Quick, good the night before a test.
What is a functionally complete set of logical operators?
Think about the operators you commonly use.
Convert the expression p → q to an expression using only negation and disjunction.
Use the implication identity.
What is the definition of a functionally complete set of logical operators?
Consider what 'every' means in this context.
True or False: You need both AND and OR to create a functionally complete set.
Think about alternative sets of operators.
Create a truth table to demonstrate the equivalence between p ∧ q and ¬(¬p ∨ ¬q).
Make sure to cover all possible truth values for p and q.
Show that a set of logical operators including only NOT and NOR can still express all logical propositions.
Start by transforming implications first.
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