[FREE] End of Year Math Assessments (Grade 4 and Grade 5)

The assessments cover a range of topics to assess your students' math progress and help prepare them for state assessments.

Here you will learn about integers, including how to identify integers, integers on a horizontal number line, and integers on a vertical number line.

Students will first learn about integers as part of the number system in 6th grade.

**Integers **are a set of numbers that include all whole numbers (zero and positive numbers) as well as negative numbers. Integers do not include fractions or decimals.

For example, here are some integers on a horizontal number line

All whole numbers are integers, but not all integers are whole numbers since integers also include negative numbers. Both whole numbers and integers are rational numbers and real numbers.

Natural numbers (also known as counting numbers) are a subset of integers.

For example,

How does this relate to 6th grade math?

**Grade 6 – The Number System (6.NS.6c)**Find and position integers and other rational numbers on a horizontal or vertical number line diagram; find and position pairs of integers and other rational numbers on a coordinate plane.

In order to identify integers:

**Recall the definition of the type of number needed.****Show whether the number fits or does not fit the definition.**

Assess math progress for the end of grade 4 and grade 5 or prepare for state assessments with these mixed topic, multiple choice questions and extended response questions!

DOWNLOAD FREEAssess math progress for the end of grade 4 and grade 5 or prepare for state assessments with these mixed topic, multiple choice questions and extended response questions!

DOWNLOAD FREEWhich of the following are integers?

–124, \, 254, \, –1.9, \, –7, \, 0, \, 2 \, \cfrac{1}{4} \, , \, – \, \cfrac{2}{3} \, , \, 583**Recall the definition of the type of number needed.**

Integers include all whole numbers (positive numbers and zero) and their corresponding negative numbers. You can eliminate the following numbers based on this definition:

2**Show whether the number fits or does not fit the definition.**

The remaining numbers are –124, 254, –7, 0, and 583, all of which are integers.

Grace says –21 is not an integer, but it is a whole number. Her friend Isaiah says –21 is not a whole number but an integer. Who is correct?

**Recall the definition of the type of number needed.**

Integers include all whole numbers (positive numbers and zero) and their corresponding negative numbers. Integers do not include fractions or decimals.

**Show whether the number fits or does not fit the definition.**

Isaiah is correct because –21 is a negative number; it does not include a decimal or a fractional part.

Whole numbers only include zero and positive numbers. Therefore, it is an integer.

Find the missing integer on the number line.

**Recall the definition of the type of number needed.**

Integers include all whole numbers (positive numbers and zero) and their corresponding negative numbers. Integers do not include fractions or decimals.

This means the missing number will not be a fraction or decimal and will be a negative number.

**Show whether the number fits or does not fit the definition.**

The missing number is –6.

If you continue counting on the number line, the number in between –7 and –5 would be –6.

There are two integers missing from the number line. Which missing integer is a positive integer?

**Recall the definition of the type of number needed.**

In this case, you are looking for a non-negative integer or positive integer only.

**Show whether the number fits or does not fit the definition.**

The missing integers are –15 and 20.

The missing positive integer is 20.

The vertical number line is missing two integers; one positive integer and one negative integer. What are they?

**Recall the definition of the type of number needed.**

**Show whether the number fits or does not fit the definition.**

There is one negative number and one positive number missing from the vertical number line.

The negative numbers are on the bottom half (counting downwards from zero by 2 ) and the positive numbers are on the top half (counting upwards from zero by 2 ).

Therefore, the missing integers are –8 and 6.

Look at the set of integers on the vertical number line. Fill in the boxes to complete the set.

**Recall the definition of the type of number needed.**

**Show whether the number fits or does not fit the definition.**

The set of integers included on the number line is, in numeric order, –9, –6, –3, 0, 3.

This means you are counting by 3.

So the missing positive numbers are 6, 9, and 12.

The missing negative numbers are –12, –15, and –18.

- Using a horizontal or vertical number line will help students build their foundation of understanding integers, especially negative numbers. It will also help them understand that negative numbers are the additive inverses of positive numbers.

- Students should master identifying and understanding integers on a number line before moving on to performing arithmetic operations with negative numbers and including negative numbers in algebraic equations.

**Thinking that integers and whole numbers are the same**

Integers and whole numbers are similar, but they are not the same. Whole numbers are a subset of integers. While whole numbers and integers include zero and positive numbers and do not include fractions or decimals, integers also include negative numbers.

**Thinking that zero is not an integer**

Zero, while not negative or positive, is an integer as well as a whole number.

**Thinking that a negative number with a larger digit is a larger number than a negative number with a smaller digit**

With negative numbers, the smaller digit will be a larger number, and larger digits will be a smaller number. For example, –2 is a larger number than –8.

- Types of numbers
- Absolute value
- Even numbers
- Odd numbers
- Number sets
- Prime and composite numbers
- Prime numbers
- Natural numbers
- Rational numbers
- Whole numbers

1. Which of the following is a non-negative integer?

–8

0

1.5

\cfrac{3}{4}

Integers include all whole numbers (positive numbers and zero) and all negative numbers.

Integers do not include fractions or decimals.

2. Which set of numbers are all integers?

–20, –9, 0, 1.5, 623

–92, –1 \, \cfrac{1}{8} \, , 0, 854

–875, –22, 0, 1, 2, 3, 3.358

–76, –21, 0, 3, 45, 391

The last set of numbers is the only set that does not contain any fractions or decimals and is therefore, a set of integers.

3. Amir’s teacher asked him to plot all of the integers from –4 to 6 on a number line. Which number line is correct?

Integers include all negative numbers, positive numbers, and zero.

On a horizontal number line, the negative numbers are shown to the left of zero while the positive numbers are shown to the right.

Since negative numbers are the additive inverse of positive numbers, the negative and positive numbers should mirror each other on opposite sides of the zero.

4. Fill in the missing integers to complete the number line.

On the horizontal number line, negative numbers count left from zero while positive numbers count right from zero.

The scale, or amount between each number, should be the same.

On this number line, you are counting by 10.

So the missing integers in numeric order are –70, –60, –40, 0, and 20.

5. Plot the numbers –8 to 2 on a vertical number line.

On the vertical number line, negative numbers count down from zero, while positive numbers count up from zero.

The scale, or amount between each number, should be the same.

On this number line, you are counting by 1.

So in numeric order starting at the top of the number line, the integers should be 2, 1, 0, –1, –2, –3, –4, –5, –6, –7, –8.

6. Fill in the missing integers to complete the vertical number line.

On the vertical number line, negative numbers count down from zero, while positive numbers count up from zero.

The scale, or amount between each number, should be the same.

On this number line, you are counting by 5.

So in numeric order starting at the top of the number line, the missing integers should be 15, 5, –5, 20 .

An integer is a positive number, a negative number, or the number zero. An integer does not contain decimal digits or fractional parts.

Negative numbers are the additive inverses of the corresponding positive numbers. For example, the additive inverse of –3 is 3, the additive inverse of –12 is 12, etc.

All four basic arithmetic operations – addition, subtraction, multiplication, and division – can be performed on integers. However, mathematicians performing these arithmetic operations on negative numbers may follow different rules than performing them on whole numbers.

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