| Mathematical
Logic |
Access |
Description |
| Negation |
 |
To identify a statement as true, false or open. To list the negation of a statement in symbolic
and in
sentence form. To list the truth values for a given
statement and its negation. |
| Conjunction |
|
To define
logical connector, compound statement, and conjunction. To list a conjunction in symbolic
and in sentence
form.
To construct a truth table for a conjunction. |
| Disjunction |
 |
To define disjunction.
To list a disjunction in symbolic and in sentence form.
To construct a truth table for a disjunction. |
| Conditional
Statements |
 |
To identify the hypothesis and conclusion of a conditional.
To list a conditional in symbolic and in sentence form.
To list the truth value of a conditional, given the value of each part. |
| Compound
Statements |
|
To evaluate sentences represented by
compound statements with logical connectors. To write a compound statement in symbolic form. To construct a truth table for a compound statement to determine
its truth values. |
| Biconditional
Statements |
|
To list a biconditional
in symbolic and in sentence form. To identify the hypothesis and
conclusion. To evaluate a sentence to determine whether or not it is
biconditional. |
| Tautologies |
|
To identify the individual parts of a compound statement.
To construct a truth table for a compound statement to determine whether or not it is
a tautology. |
| Equivalence |
|
To
define logical equivalence. To construct a truth table for several compound statements to determine which two are logically equivalent.
To recognize that the biconditional of two equivalent statements is a tautology. |
| Practice
Exercises |
|
To complete 10
additional exercises as practice with mathematical logic. Includes
interactive truth tables. To assess students'
understanding of all concepts in this unit. |
| Challenge
Exercises |
|
To
solve 10 additional problems that challenge students'
understanding of mathematical logic. To hone students'
problem-solving skills. |
| Solutions |
|
To review complete
solutions to all exercises presented in this unit. Includes the problem,
step-by-step solutions, and final answer for each exercise. |
