MAT-110 Exam
Inductive Reasoning - Answer-the process of arriving at general conclusions based on observations of
specific observations
Digits - Answer-are 0,1,2,3,4,5,6,7,8,9
Deductive Reasoning - Answer-the process of providing a specific conclusion from one or more general
statements.
Theorem - Answer-a conclusion that is proved to be true by deductive reasoning
Variable - Answer-a letter used to represent any number in a collection of numbers
Sum - Answer-the result of addition.
Difference - Answer-the result of subtraction
Product - Answer-the result of multiplication
Quotient - Answer-the result of division
Using Inductive & Deductive Reasoning - Answer-1. select a #
2. multiply # by 6
,3. add 8 to product
4. divide sum by 2
5. subtract 4 from Quotient
If a number is added to itself the sum is greater than the original number
a. -3+-3=-6
b. -5x5=-25
c. 2+2=4
d. 4+-4=0 - Answer-*note: read top: it clearly says Find the Counterexample to show statement False.
a. -3+-3=-6
Identify a pattern in given list of #s. Use pattern to find next #
64,-16, 4, -1 - Answer-being divided by 4
next number is 1/4
Repeat the following procedure for the 4 given #s.
add 9
double result
subtract 10
divide 2
subtract the original #
2
6
7
12 - Answer-2+9=11x2=22-10=12/2=6-2=4
, 6+9=15x2=30-10=20/2=10-6=4
7+9=16x2=32-10=22/2=11-7=4
12+9=21x2+42-10=32/2=16-12=4
formula: n+4-n=4
I used the data shown in bar graph, which summarizes a random sample of 1203 parents of children
under 18, to conclude w/ certainty that 31% of all parents children under 18 are willing to pay 1/2 of
their child's college edu. - Answer-c. statement does not make sense. The conclusion should be made
inductively and not certainty
number multiplied by itself result is even - Answer-False
5x5=25
sum greater than original number - Answer-False
-3+-3=-6
Sum of two 9 digit # is 10 diget # - Answer-False
add the same # to both num./den. does not change value - Answer-False
Estimation - Answer-the process of arriving at an approximate answer to a question
Place Values - Answer-billions
100 million
10 million
1 million
Inductive Reasoning - Answer-the process of arriving at general conclusions based on observations of
specific observations
Digits - Answer-are 0,1,2,3,4,5,6,7,8,9
Deductive Reasoning - Answer-the process of providing a specific conclusion from one or more general
statements.
Theorem - Answer-a conclusion that is proved to be true by deductive reasoning
Variable - Answer-a letter used to represent any number in a collection of numbers
Sum - Answer-the result of addition.
Difference - Answer-the result of subtraction
Product - Answer-the result of multiplication
Quotient - Answer-the result of division
Using Inductive & Deductive Reasoning - Answer-1. select a #
2. multiply # by 6
,3. add 8 to product
4. divide sum by 2
5. subtract 4 from Quotient
If a number is added to itself the sum is greater than the original number
a. -3+-3=-6
b. -5x5=-25
c. 2+2=4
d. 4+-4=0 - Answer-*note: read top: it clearly says Find the Counterexample to show statement False.
a. -3+-3=-6
Identify a pattern in given list of #s. Use pattern to find next #
64,-16, 4, -1 - Answer-being divided by 4
next number is 1/4
Repeat the following procedure for the 4 given #s.
add 9
double result
subtract 10
divide 2
subtract the original #
2
6
7
12 - Answer-2+9=11x2=22-10=12/2=6-2=4
, 6+9=15x2=30-10=20/2=10-6=4
7+9=16x2=32-10=22/2=11-7=4
12+9=21x2+42-10=32/2=16-12=4
formula: n+4-n=4
I used the data shown in bar graph, which summarizes a random sample of 1203 parents of children
under 18, to conclude w/ certainty that 31% of all parents children under 18 are willing to pay 1/2 of
their child's college edu. - Answer-c. statement does not make sense. The conclusion should be made
inductively and not certainty
number multiplied by itself result is even - Answer-False
5x5=25
sum greater than original number - Answer-False
-3+-3=-6
Sum of two 9 digit # is 10 diget # - Answer-False
add the same # to both num./den. does not change value - Answer-False
Estimation - Answer-the process of arriving at an approximate answer to a question
Place Values - Answer-billions
100 million
10 million
1 million
