MATH 1332
CHAPTERS 2 & 3 REVIEW
Chapter 2
VOCABULARY
Set, Elements, Subset, Proper Subset, Cardinal Number, Finite or Infinite Set,
Complement, Equivalent Sets, Intersection, Union, Cartesian Product
Symbols: 
, , , , , , , A'

Chapter 3

Statement, Compound Statement, Quantifiers, Truth Table, Tautology, Fallacy,
Conjunction. Disjunction, Conditional Statement, Antecedent, Consequence,
Circuit, Converse Statement, Inverse Statement, Contrapositive Statement, Biconditional Statement, Consistent, Contrary, Symbols: , ,~, 
CHAPTER 2
SECTION
2.1
2.2
2.3
2.4
KNOW HOW TO
Describe sets in one of the three forms (list,
word, or set notation) when the set is given
in another of those forms.
Determine if a set is finite or infinite.
Find the cardinality or cardinal number of a
set.
Use the symbols for “includes” or “does not
include”
Recognize Subsets from a Universal set
Determine the number of subsets or proper
subsets that can be composed from the
elements of a subset.
Use Venn diagrams to show elements of sets
and their compliments
Find the compliment of a set
Find the intersection of 2 or more sets
Find the union of 2 or more sets
Find the difference of two sets
Use DeMorgan’s Laws
Determine equality of sets
Find the Cartesian Product (set of ordered
pairs) from two sets
Use Venn Diagrams to show relationships
between 2 or more sets – including
compliments, intersections and unions
Use Venn diagrams to analyze results of
surveys by finding the cardinality of
intersections, unions and compliments of sets
Use tables to analyze data from surveys by
finding interceptions, unions and
compliments
MYMATHLAB PROBLEMS
1–9
10, 11
12, 13, Lab 1(2)
14 – 18, Lab 2(1)
1 – 10
11, 12, 14, 15
13
16 – 18
1, 2, 4, 5, 6, 8, 14, 12
3, 5, 6, 8, 9, 10, 11, 13, 14
7
15, Lab1(1)
16, 17
18
19, 20, 21
1 – 7, Lab 1(3)
Lab 1(4)
CHAPTER 3
SECTION
3.1
3.2
3.3
3.4
3.5
KNOW HOW TO
Recognize a statement
Determine if a statement is a compound
statement
Write the negation of statements, math
statements and statements with quantifiers
Translate from symbols to word statements
Translate from word statements to symbols
Determine if statements are true of false
MYMATHLAB PROBLEMS
1–3
4, 5
Determine the truth value of simple and
compound statements
Find the number of row in a truth table
Fill in a complete Truth Table
Use DeMorgan’s Laws to write negation of
statements.
Create a conditional statement
Determine if a conditional statement is true
or false
Translate a conditional word statement to
symbols
Determine if compound conditional
statements are true or false
Fill in a complete truth table for compound
conditional statement
Translate from a circuit diagram to a
symbolic statement
Translate a symbolic statement to a circuit
drawing
Write the converse, inverse, or contrapositive
Convert statements to “if … then”
conditional statements
Determine of two statements are consistent
or contrary
Use Euler diagram to determine the validity
of an argument
1 – 10, 17, Lab 2(1)
6 – 10
11, 12, Lab 2(1)
13 – 15
16 – 19 , Lab 2(1)
11
12, 13, Lab 2(1)
14, 15
1–3
4–8
9, 10
11, 12
13, 14, Lab 2(2)
15, 16, Lab 2(3)
17, 18, Lab 2(1)
1 – 3, Lab 2(4)
4–7
8
1–7