Quarter 1 Test 1
Cumulative Review
Quarter 2 Test 1
Quarter 2 Test 2
Miscellaneous
100

Contains Variations of the words 'for every'.

Universal Statements 

100

Tautology 

A statement form that is always true regardless of the truth values of the Individual statements substituted for it's statement values. 

100

Fallacy 

An error in reasoning that results in an invalid argument. 

100

Find the next three terms in each sequence. 

23,14, 5, -4, -13, ....

-22, -31, -40 

100

Permutation 

Set of elements as an ordered selection of outcomes

200

List all the strings of length 3 over A that have exactly one b. 

aab,  aba,  baa  

200

Let p= "x<3," "q=3," and r ="4<x"

x<x<3

r ^ p

200

What argument form is 

          If P then Q 

                P 

          Therefore Q

Modus Ponens 

200

Find the next three terms 

13/6, 15/7, 17/8 

19/9, 21/10, 23/11

200

Combination

Arrangement of individual elements (order is not important)

300

True or False 

{2} e {1,2,3}

False 

300

Logical Equivalence 

It is two ways of saying the same thing. 

EX. 6 is greater than 2, and 2 is less than 6. 

300

Is the following argument invalid because of Converse or Inverse error. 

If John and Carl sit next to each other then the classroom will be loud,     The classroom is loud,    Therfore John and Carl are siting next to each other. 

Converse Error 

300

9C7

(9/7),       9!/7!(9-7)! ->  9x8x7!/ 7! 2 ->   36

300

Possibility Tree 

A system for keeping track of possibilities of situations in which events happen in order.

400

Does there exist _______ such that if n is divided by 4 the remainder is 1 and if _______? 

a. an integer nn is divided by 3 the remainder is 7

b. an integer n; n is divided by 7 the remainder is 3

 b. an integer n; n is divided by 7 the remainder is 3

400

DeMorgan's Law 

The negation of an "and" statement is logically equivalent to the "or" statement in which each component is negated. 

400

A sequence of statements 

An Argument 

400

6!/4!5! 

6x5!/4!5! ->  1/4

400

Multiplication Rule 

Multiplying the number of possibilities each "step" has to count the total number of possible outcomes for a whole scenario has.

500

There is a positive integer that is less than or equal to every positive integer. 

Existential Universal Statement 

500

p V q 

p: Firemen work hard 

q: Firemen wear red suspenders 

Firemen work hard or firemen wear red suspenders 

500

Write the converse, inverse, and contrapositive of "If Al is Tom's cousin, then Jim is Tom's grandfather." 

Converse- If Jim is Tom's grandfather, then Al is Tom's cousin. 

Inverse- If Al is not Tom's cousin, then Jim is not Tom's grandfather. 

Contrapositive- If Jim is not Tom's grandfather, then Al is not Tom's cousin. 

500

15C2  

(15/2),     15!/2!(15-2)! ->      105 

500

Possibility Tree Example Problem

Team A and Team B are playing in a tournament How many ways can the tournament end if a team has to win three games total or two games in a row?