| Quiz 1 |
1.1 statement negation conjunction disjunction logically equivalent tautology |
|
| Quiz 2 |
1.2 conditional hypothesis conclusion contrapositive converse inverse biconditional only if |
1.3 argument argument form premises conclusion valid argument form |
| Quiz 3 |
2.1 predicate domain truth set universal quantifier and statement counterexample existential quantifier and statement |
2.2 (all terms below apply to a universal conditional statement) contrapositive converse inverse vacuously true necessary condition sufficient condition only if |
| Quiz 4 |
2.3 interpretations of statements with one universal and one existential quantifier negations of multiply quantified statements |
2.4 universal instantiation formal universal modus ponens formal universal modus tollens valid quantified argument form quantified forms of the converse and inverse errors universal transitivity |
| Quiz 5 |
3.1 even integer odd integer prime integer composite integer counterexample generalizing from the generic particular |
3.2 rational corollary |
| Quiz 6 |
3.3 number theory is divisible by is a multiple of is a factor of is a divisor of divides standard factored form |
3.4 div mod absolute value |
| Quiz 7 | 5.1 subset union intersection difference complement disjoint partition power set Cartesian product of two sets |
|
| Quiz 8 |
10.1 binary relation from A to B function inverse relation n-ary relation |
|
| Quiz 9 |
10.2 reflexive symmetric transitive |
10.3 binary relation induced by a partition equivalence relation equivalence class representative of an equivalence class |