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MATH IN THE MODERN WORLD MIDTERM

Total questions: 50

Worksheet time: 25mins

Name
Class
Date
1.

Patterns are defined as regular, repeated, or recurring forms or designs.

a)

Irregular

b)

Random

c)

Regular

d)

Spontaneous

2.

According to the module, what is the source of patterns in nature?

a)

Accidental formations

b)

External interventions

c)

Connection and interaction of organisms and other natural objects

d)

Geological chance

3.

Which of the following is listed as an example of a pattern in nature that helps discover mathematical principles?

a)

Human-built bridges

b)

Seeds in a sunflower

c)

Architectural blueprints

d)

Computer programs

4.

The patterns in nature play an important role and also give what to one’s eyes?

a)

Utility

b)

Structure

c)

Aesthetic

d)

Complexity

5.

What is the term for patterns that are formed without external intervention?

a)

Invoked organized patterns

b)

Accidental patterns

c)

Self-organized patterns

d)

Conditional patterns

6.

Which of the following is explicitly categorized in the module as an "invoked organized pattern" (formed with external intervention)?

a)

Snowflakes

b)

Snail’s shell

c)

Honeycombs

d)

Tiger’s stripes

7.

What is the next number in the sequence: 1,3,5,7,9,___?

a)

10

b)

11

c)

12

d)

14

8.

The sequence 1,3,5,7,9 is an example of an arithmetic progression with a common difference of:

a)

1

b)

2

c)

3

d)

4

9.

The Introduction to Module 1 states that mathematics comes into play in both nature and what other field?

a)

Technological advancements

b)

Political systems

c)

Human endeavors

d)

Astronomical observations

10.

If a pattern of dots in an N×N grid contains N+1 dots, how many dots will the 5×5 grid contain?

a)

5 dots

b)

6 dots

c)

7 dots

d)

8 dots

11.

The module introduction states that Module 1 discusses patterns, the nature of mathematics, and which specific sequence?

a)

Arithmetic Sequence

b)

Geometric Sequence

c)

Harmonic Sequence

d)

Fibonacci sequence

12.

If the first two terms of the Fibonacci sequence are F0=0 and F1=1, what is the fifth term, F4?

a)

2

b)

3

c)

5

d)

8

13.

The underlying goal of studying patterns is to discover the underlying mathematical principles behind nature’s designs. This suggests that humans are hard wired to recognize what?

a)

Logic

b)

Patterns

c)

Language

d)

Calculation

14.

What is the sequence 3,7,11,15,… an example of? (Based on the structure of Example 2)

a)

Geometric progression

b)

Quadratic sequence

c)

Arithmetic progression

d)

Fibonacci sequence

15.

What would be the next term in the sequence 3,7,11,15,___?

a)

17

b)

18

c)

19

d)

20

16.

Which of these concepts is defined as a repeated or recurring form or design?

a)

Number

b)

Pattern

c)

Sequence

d)

Regularity

17.

The module states that mathematics helps predict the behavior of nature and which other element in the real world?

a)

Physics

b)

Statistics

c)

Logic

d)

Phenomena

18.

What is a symbol that acts as a placeholder for expressions or quantities that can modify or change?

a)

Constant

b)

Statement

c)

Variable

d)

Operator

19.

A statement that asserts that all elements in a set have the same property is called a/an:

a)

Conditional Statement

b)

Existential Statement

c)

Universal Statement

d)

Universal Conditional Statement

20.

The statement "If b is a cat, then b is a mammal" is an example of a:

a)

Universal Statement

b)

Conditional Statement

c)

Universal Existential Statement

d)

Existential Universal Statement

21.

Which type of statement contains a variant of the word "if-then"?

a)

Universal Statements

b)

Conditional Statements

c)

Universal Existential Statements

d)

Existential Universal Statements

22.

Which type of statement contains some variation of the words "for all"?

a)

Conditional Statements

b)

Universal Statements

c)

Existential Universal Statements

d)

Universal Existential Statements

23.

The statement "For all animals b, if b is a cat, then b is a mammal" is an example of a:

a)

Conditional Statement

b)

Existential Universal Statement

c)

Universal Existential Statement

d)

Universal Conditional Statement

24.

Which statement type declares that a certain feature is true for all objects of a given type and declares something exists?

a)

Universal Conditional Statement

b)

Existential Universal Statement

c)

Universal Existential Statement

d)

Simple Universal Statement

25.

The statement "Every real number has an additive inverse" is an illustration of a/an:

a)

Universal Conditional Statement

b)

Universal Existential Statement

c)

Existential Universal Statement

d)

Simple Conditional Statement

26.

The statement "There is a positive integer that is less than or equal to every positive integer" is an illustration of a/an:

a)

Universal Statement

b)

Universal Conditional Statement

c)

Universal Existential Statement

d)

Existential Universal Statement

27.

Which English term is used to represent the basic mathematical operation of division (/,÷)?

a)

Sum

b)

Product

c)

Minus

d)

Quotient

28.

Which English term is equivalent to the equality relation (=)?

a)

More than

b)

Subtracted by

c)

Multiplied with

d)

Is the same as

29.

The phrase "Five times a number" translates mathematically to:

a)

5+x

b)

5x

c)

5÷x

d)

x−5

30.

The expression a2≥0 is a formal way of rewriting which statement?

a)

Given any real number a, a is positive.

b)

The square of any real number is nonnegative.

c)

If a is positive, then a2 is positive.

d)

There is a real number a such that a2 is nonnegative.

31.

The English phrase "difference" refers to which mathematical operation?

a)

Addition (+)

b)

Multiplication (⋅)

c)

Subtraction (−)

d)

Division (/)

32.

If a real number x is negative, then x2 is:

a)

Negative

b)

Zero

c)

Positive

d)

Cannot be determined

33.

What kind of statement is this: "For all odd number x, there is a real number y such that y is a reciprocal for x."?

a)

Conditional Statement

b)

Universal Conditional Statement

c)

Existential Universal Statement

d)

Universal Existential Statement

34.

Who is credited with introducing the use of the word "set" as a formal mathematical term in 1879?

a)

Euclid

b)

Aristotle

c)

René Descartes

d)

George Cantor

35.

Intuitively, a set is defined as simply a:

a)

Collection of numbers

b)

System of rules

c)

Collection of elements

d)

List of ordered pairs

36.

What is the meaning of the symbol "∈"?

a)

Is a subset of

b)

Is an element of

c)

Is not an element of

d)

Is a proper subset of

37.

What is the meaning of the symbol "∈/"?

a)

Is a subset of

b)

Is an element of

c)

Is not an element of

d)

Is an empty set

38.

Which notation is used to specify a set by writing all of its elements, such as {1,2,3}?

a)

Set-builder notation

b)

Interval notation

c)

Set-roster notation

d)

Exponential notation

39.

How is the symbol "..." (ellipsis) interpreted when used in the set {1,2,3,...}?

a)

It means the set is finite.

b)

It means the elements are repeated.

c)

It means "and so on" (indicating an infinite set).

d)

It indicates that the elements are integers only.

40.

The set {x∈S∣P(x)} is a representation of which notation?

a)

Set-roster notation

b)

Set-builder notation

c)

Cartesian product notation

d)

Relation notation

41.

How many elements are in the set {5,{5}}?

a)

One (5)

b)

Two (5 and the set {5})

c)

Three (5, the set {5}, and {5} itself)

d)

Four (5, 5, {5}, {5})

42.

What is the correct way to compare {2} and 2?

a)

{2}=2

b)

{2}∈2

c)

{2}≠2

d)

{2}⊂2

43.

What is the meaning of the symbol "⊆"?

a)

Is a proper subset of

b)

Is an element of

c)

Is a subset of

d)

Is a superset of

44.

For A to be a Proper Subset of B (A⊂B), which condition must be met?

a)

Every element of A is an element of B, and A is equal to B.

b)

Every element of B is an element of A.

c)

Every element of A is an element of B, and there is at least one element in B not included in A.

d)

A and B have no elements in common.

45.

Given X={3,4,5} and Y={5,3,4}, how are X and Y related?

a)

X is a proper subset of Y.

b)

Y is a proper subset of X.

c)

X and Y are disjoint.

d)

X and Y represent the same set (X=Y).

46.

The Cartesian product of sets A and B, denoted A×B, is the set of all:

a)

Elements common to A and B.

b)

Ordered pairs (a,b) where a∈A and b∈B.

c)

Unordered pairs {a,b} where a∈A and b∈B.

d)

Functions from A to B.

47.

If A={2,3,4} and B={c,d}, how many elements are in the Cartesian product A×B?

a)

5

b)

6

c)

8

d)

9

48.

In a relation defined by a collection of ordered pairs (x,y), the set of all x-values is called the:

a)

Range

b)

Co-domain

c)

Domain

d)

Image

49.

In a relation defined by a collection of ordered pairs (x,y), the set of all y-values is called the:

a)

Domain

b)

Co-domain

c)

Range

d)

Subset

50.

A Relation (R) between two sets is defined as a:

a)

Function that maps one set to another.

b)

Set of all possible pairs from the two sets.

c)

Collection of ordered pairs containing one object from each set.

d)

Proper subset of a Cartesian product.