Which list shows an accurate hierarchy of number sets within the real number system, from largest to smallest?(1 point)

Responses

natural numbers, whole numbers, integers, rational numbers

integers, rational numbers, natural numbers, whole numbers

rational numbers, integers, whole numbers, natural numbers

irrational numbers, square roots, endless decimals, pi

rational numbers, integers, whole numbers, natural numbers

Describe the set of numbers that are real numbers but cannot be expressed as one integer divided by another.(1 point)

Responses

improper

negative

rational

irrational

The set of numbers that are real numbers but cannot be expressed as one integer divided by another is called irrational numbers. These numbers cannot be represented as a fraction or ratio of two integers. Irrational numbers include numbers such as the square root of 2, pi, and e.

which one of those answers are the correct one?

The correct answer is "irrational". The set of numbers that are real numbers but cannot be expressed as one integer divided by another are called irrational numbers.

To which sets of real numbers does zero belong?(1 point)

Responses

whole numbers, integers, and rational numbers

natural numbers, integers, and irrational numbers

natural numbers, integers, and rational numbers

whole numbers, integers, and irrational numbers

Zero belongs to the sets of real numbers: whole numbers, integers, and rational numbers.

A cube has an edge length, a

, that is a rational number of centimeters. Identify which measurement will require the use of irrational numbers.

(1 point)
Responses

the diagonal of one of the cube’s faces

the volume of the cube

the surface area of the cube

the area of one of the cube’s faces

The measurement that will require the use of irrational numbers is the diagonal of one of the cube's faces.

Which of the following numbers could be used to specify how many cups of flour should be used in a bread recipe?(1 point)

Responses

2 Start Fraction 3 over 4 End Fraction

square root of 3

−3

Start Fraction 4 over 7 End Fraction