1. Which graph shows the plotted point $ (0, 4)? $

2. Which graph shows the plotted point $ (-6, 1)? $

Plot Points on a Graph - Math Steps, Examples & Questions

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Plot points on a graph

Here you will learn about plotting points on a graph, including how to identify the quadrant or axis the points are on. You will also learn how to find the distance between points on the coordinate plane.

Students first learn how to plot points in the 6th grade with their work in the number system and expand that knowledge through middle school and high school when graphing linear equations.

What is plot points on a graph?

To plot points on a graph means to graph points on the coordinate plane where the point, also called an ordered pair, is in the form of $katex is not defined$

When plotting a point on a graph, always start from the center, which is called the origin and has coordinates $katex is not defined$

Then move horizontally the amount of units represented by the $katex is not defined$ -coordinate, and move vertically the amount of units represented by the $katex is not defined$ -coordinate. The $katex is not defined$ -coordinate and the $katex is not defined$ -coordinate are represented by rational numbers.

For example, let’s plot the points $katex is not defined$ and $katex is not defined$ on the coordinate plane.

$katex is not defined$ represents the $katex is not defined$ -coordinate and $katex is not defined$ represents the $katex is not defined$ -coordinate.

This means you do not move left or right on the $katex is not defined$ -axis, you just move up $katex is not defined$ places on the $katex is not defined$ -axis. This point is on the $katex is not defined$ -axis.

$katex is not defined$ represents the $katex is not defined$ -coordinate and $katex is not defined$ represents the $katex is not defined$ -coordinate.

This means that you move four units right on the $katex is not defined$ -axis and $katex is not defined$ units up on the $katex is not defined$ -axis. This point is on the $katex is not defined$ -axis.

On this graph, each unit or tick mark represents $katex is not defined$ unit.

For example, the table represents coordinates. Let’s plot them on the coordinate plane.

Notice how each of the points lands in one of the four quadrants on the coordinate plane. Each unit on this coordinate plane represents $katex is not defined$ unit.

$katex is not defined$ is in Quadrant I because both the $katex is not defined$ and $katex is not defined$ coordinates are positive.
$katex is not defined$ is in Quadrant II because the $katex is not defined$ -coordinate is negative and the $katex is not defined$ -coordinate is positive.
$katex is not defined$ is in Quadrant III because both the $katex is not defined$ and $katex is not defined$ coordinates are negative.
$katex is not defined$ is in Quadrant IV because the $katex is not defined$ -coordinate is positive and the $katex is not defined$ -coordinate is negative.

Distance between points on a graph

We can find the distance between two points on a graph by counting the number of units between the points.

For example,

Plot the point $katex is not defined$ and the point $katex is not defined$ Find the distance between the points.

To find the distance from point $katex is not defined$ to point $katex is not defined$ , count the number of units. The distance from point $katex is not defined$ to point $katex is not defined$ is $katex is not defined$ units.

For example,

Let’s plot the polygon on the coordinate plane with vertices at $katex is not defined$ $katex is not defined$ , and $katex is not defined$ .

Let’s find the side lengths of the plotted rectangle. To do this, count the number of units from one point to the next.

The distance from point $katex is not defined$ to point $katex is not defined$ is $katex is not defined$ units.

The distance between points is always positive because distance is a positive measurement.

Now that you know the side lengths, you can find the perimeter of the rectangle $katex is not defined$

To find the perimeter of a rectangle, add up each of the side lengths or use the formula, $katex is not defined$

The perimeter of rectangle $katex is not defined$ is $katex is not defined$ units OR $katex is not defined$ units

What is plot points on a graph?

Common Core State Standards

How does this relate to 6th grade math?

Grade 6 – Number System (6.NS.C.6.b)
Understand signs of numbers in ordered pairs as indicating locations in quadrants of the coordinate plane; recognize that when two ordered pairs differ only by signs, the locations of the points are related by reflections across one or both axes.

Grade 6 – Expressions and Equations (6.EE.C.9)
Use variables to represent two quantities in a real-world problem that change in relationship to one another; write an equation to express one quantity, thought of as the dependent variable, in terms of the other quantity, thought of as the independent variable. Analyze the relationship between the dependent and independent variables using graphs and tables, and relate these to the equation.

Grade 6 – Geometry (6.G.A.3)
Draw polygons in the coordinate plane given coordinates for the vertices; use coordinates to find the length of a side joining points with the same first coordinate or the same second coordinate. Apply these techniques in the context of solving real-world and mathematical problems.

[FREE] Plot Points on a Graph Worksheet (Grade 6, 7 and 8)

Use this worksheet to check your grade 6, 7 and 8 students’ understanding of plotting points on a graph. 15 questions with answers to identify areas of strength and support!

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[FREE] Plot Points on a Graph Worksheet (Grade 6, 7 and 8)

Use this worksheet to check your grade 6, 7 and 8 students’ understanding of plotting points on a graph. 15 questions with answers to identify areas of strength and support!

DOWNLOAD FREE

How to plot points on a graph

In order to plot points on a graph:

Identify the horizontal ( $katex is not defined$ -value) and vertical position ( $katex is not defined$ -value) of the ordered pair.
Follow the gridlines until the two values meet and draw a point.
Identify which axis or quadrant the point(s) is in.

In order to find the distance between points on a graph:

Identify the horizontal ( $katex is not defined$ -value) and vertical position ( $katex is not defined$ -value) of the ordered pair.
Follow the gridlines until the two values meet and draw a point.
Connect the points.
Count the units between the points.

Plot points on a graph examples

Example 1: plot a point on a graph that lands on the x-axis

Plot the point $katex is not defined$ .

Identify the horizontal ( $katex is not defined$ -value) and vertical position ( $katex is not defined$ -value) of the ordered pair.

The $katex is not defined$ -coordinate is $katex is not defined$ which means to move right $katex is not defined$ spaces.

The $katex is not defined$ -coordinate is $katex is not defined$ which means there is no movement up or down.

2Follow the gridlines until the two values meet and draw a point.

3Identify which axis or quadrant the point(s) is in.

$katex is not defined$ is on the $katex is not defined$ -axis.

Example 2: plot a point on a graph that lands in a quadrant

Plot the point $katex is not defined$

Identify the horizontal ( $katex is not defined$ -value) and vertical position ( $katex is not defined$ -value) of the ordered pair.

The $katex is not defined$ -coordinate is $katex is not defined$ which means to move $katex is not defined$ spaces left.

The $katex is not defined$ -coordinate is $katex is not defined$ which means to move $katex is not defined$ spaces up.

Follow the gridlines until the two values meet and draw a point.

Identify which axis or quadrant the point(s) is in.

$katex is not defined$ is in Quadrant II.

Example 3: plot a point on a graph

Plot the point $katex is not defined$

Identify the horizontal ( $katex is not defined$ -value) and vertical position ( $katex is not defined$ -value) of the ordered pair.

The $katex is not defined$ -coordinate is $katex is not defined$ which means to move one space right.

The $katex is not defined$ -coordinate is $katex is not defined$ which means to move two spaces down.

Follow the gridlines until the two values meet and draw a point.

Identify which axis or quadrant the point(s) is in.

$katex is not defined$ is in Quadrant IV.

Example 4: plot points and find the distance between them

Plot the points $katex is not defined$ and $katex is not defined$ and find the distance between them.

Identify the horizontal ( $katex is not defined$ -value) and vertical position ( $katex is not defined$ -value) of the ordered pair.

$katex is not defined$

The $katex is not defined$ -coordinate is $katex is not defined$ which means there is no movement right or left.

The $katex is not defined$ -coordinate is $katex is not defined$ which means to move up $katex is not defined$ spaces.

$katex is not defined$

The $katex is not defined$ -coordinate is $katex is not defined$ which means to move right $katex is not defined$ spaces.

The $katex is not defined$ -coordinate is $katex is not defined$ which means to move up $katex is not defined$ spaces.

Follow the gridlines until the two values meet and draw a point.

Plot Points on a Graph example 4 image 1

Connect the points.

Plot Points on a Graph example 4 image 2

Count the units between the points.

Plot Points on a Graph example 4 image 3

There are $katex is not defined$ spaces (units) between $katex is not defined$ and $katex is not defined$ so the distance between them is $katex is not defined$ units.

Example 5: plot points and find the distance between them

On a map of an amusement park, the roller coaster is at coordinate $katex is not defined$ and the water slide is at coordinate $katex is not defined$

On the map, how many units is the roller coaster for the water slide?

Identify the horizontal ( $katex is not defined$ -value) and vertical position ( $katex is not defined$ -value) of the ordered pair.

$katex is not defined$

The $katex is not defined$ -coordinate is $katex is not defined$ which means to move left $katex is not defined$ space.

The $katex is not defined$ -coordinate is $katex is not defined$ which means to move up $katex is not defined$ spaces.

$katex is not defined$

The $katex is not defined$ -coordinate is $katex is not defined$ which means to move left $katex is not defined$ space.

The $katex is not defined$ -coordinate is $katex is not defined$ which means to move down $katex is not defined$ spaces.

Follow the gridlines until the two values meet and draw a point.

Plot Points on a Graph example 5 image 1

Connect the points.

Plot Points on a Graph example 5 image 2

Count the units between the points.

Plot Points on a Graph example 5 image 3

There are $katex is not defined$ spaces (units) between $katex is not defined$ and $katex is not defined$ The distance between the points is $katex is not defined$ units.

So the distance between the roller coaster and the water slide on the map is $katex is not defined$ units.

Example 6: plot points on the graph and find the perimeter of polygon

Plot the points $katex is not defined$ Find the perimeter of the rectangle.

Identify the horizontal ( $katex is not defined$ -value) and vertical position ( $katex is not defined$ -value) of the ordered pair.

$katex is not defined$

The $katex is not defined$ -coordinate is $katex is not defined$ which means to move left $katex is not defined$ spaces.

The $katex is not defined$ -coordinate is $katex is not defined$ which means to move up $katex is not defined$ spaces.

$katex is not defined$

The $katex is not defined$ -coordinate is $katex is not defined$ which means to move right $katex is not defined$ spaces.

The $katex is not defined$ -coordinate is $katex is not defined$ which means to move up $katex is not defined$ spaces.

$katex is not defined$

The $katex is not defined$ -coordinate is $katex is not defined$ which means to move right $katex is not defined$ spaces.

The $katex is not defined$ -coordinate is $katex is not defined$ which means to move down $katex is not defined$ spaces.

$katex is not defined$

The $katex is not defined$ -coordinate is $katex is not defined$ which means to move left $katex is not defined$ spaces.

The $katex is not defined$ -coordinate is $katex is not defined$ which means to move down $katex is not defined$ spaces.

Follow the gridlines until the two values meet and draw a point.

Plot Points on a Graph example 6 image 1

Connect the points.

Plot Points on a Graph example 6 image 2

Count the units between the points.

Plot Points on a Graph example 6 image 3

There are $katex is not defined$ spaces between each of the points which means the distance from point to point is $katex is not defined$ units.

To find the perimeter, add up the lengths.

$katex is not defined$

Teaching tips for plot points on the coordinate plane

Worksheets play an important role when students are learning to plot on a coordinate plane, but they are not the only option. There are digital coordinate planes available where students can easily change the scale and explore grids with very small or very large scales that would be harder to represent on paper. You can also utilize a tiled floor or wall to create a physical version of the coordinate plane within the classroom.

Coordinate planes have many practical uses in the real world as well as in the art world. Incorporating projects where students can be creative with plotting points on the coordinate plane helps them to see their usefulness.

Expose students to digital resources which can enhance the learning experience, such as using the free Desmos graphing calculator to plot points and find the distance between the points instead of doing it by hand with graph paper.

Easy mistakes to make

Mixing up the values of an ordered pair
For example, plotting the point $katex is not defined$ as the point $katex is not defined$

Numbering or counting the spaces between the gridlines incorrectly
For example, not using a consistent way of counting the gridlines. Each space should represent an equal amount. Starting from the origin, count with consistency to the right and left. If you count $katex is not defined$ unit to the right, then you must count $katex is not defined$ unit left.

Forgetting to use parentheses and a comma
The parentheses and the comma are necessary when writing a coordinate. Coordinates can be incorrectly written as $katex is not defined$ without the parentheses, this is just a list of numbers; $katex is not defined$ is a coordinate.

Coordinate plane
Interpreting graphs
x and y axis
Independent and dependent variables
Graph transformations

Practice plot points on a graph questions

Plot Points on a Graph practice question 1 image 1

Plot Points on a Graph practice question 1 image 2

Plot Points on a Graph practice question 1 image 3

Plot Points on a Graph practice question 1 image 4

$katex is not defined$

The $katex is not defined$ -coordinate is $katex is not defined$ , which means there is no movement right or left.

The $katex is not defined$ -coordinate is $katex is not defined$ , which means move $katex is not defined$ spaces up.

Place a point where the gridlines meet.

Plot Points on a Graph practice question 2 image 1

Plot Points on a Graph practice question 2 image 2

Plot Points on a Graph practice question 2 image 3

Plot Points on a Graph practice question 2 image 4

$katex is not defined$

The $katex is not defined$ -coordinate is $katex is not defined$ , which means to move $katex is not defined$ spaces left.

The $katex is not defined$ -coordinate is $katex is not defined$ , which means to move $katex is not defined$ space up.

Place a point where the gridlines meet.

Quadrant I

Quadrant II

Quadrant III

Quadrant IV

The $katex is not defined$ -coordinate is $katex is not defined$ , which means move $katex is not defined$ spaces right.

The $katex is not defined$ -coordinate is $katex is not defined$ , which means move $katex is not defined$ spaces down.

Where the gridlines meet, place the point.

The $katex is not defined$ -coordinate is positive and the $katex is not defined$ -coordinate is negative, which is in Quadrant IV.

Plot Points on a Graph practice question 3

$katex is not defined$ city blocks between the train station and the park

$katex is not defined$ city block between the train station and the park

$katex is not defined$ city blocks between the train station and the park

Plot the points, connect the points, and count the spaces between the points.

$katex is not defined$

The $katex is not defined$ -coordinate is $katex is not defined$ , which is $katex is not defined$ spaces left.

The $katex is not defined$ -coordinate is $katex is not defined$ , which is $katex is not defined$ spaces up.

$katex is not defined$

The $katex is not defined$ -coordinate is $katex is not defined$ , which is $katex is not defined$ space right.

The $katex is not defined$ -coordinate is $katex is not defined$ , which is $katex is not defined$ spaces up.

Counting the spaces, there is $katex is not defined$ spaces between the two points, which means there is $katex is not defined$ units or $katex is not defined$ city blocks between the train station and the park.

Plot Points on a Graph practice question 4

$katex is not defined$ units

Plot the points, connect the points, and count the spaces between the points.

$katex is not defined$

The $katex is not defined$ -coordinate is $katex is not defined$ , which is $katex is not defined$ spaces left.

The $katex is not defined$ -coordinate is $katex is not defined$ , which is $katex is not defined$ spaces up.

$katex is not defined$

The $katex is not defined$ -coordinate is $katex is not defined$ , which is $katex is not defined$ spaces left.

The $katex is not defined$ -coordinate is $katex is not defined$ , which is $katex is not defined$ spaces down.

Counting the spaces, there are $katex is not defined$ spaces or $katex is not defined$ units between the points.

Plot Points on a Graph practice question 5

$katex is not defined$ units

Plot the points.

$katex is not defined$

The $katex is not defined$ -coordinate is $katex is not defined$ , which is $katex is not defined$ space right.

The $katex is not defined$ -coordinate is $katex is not defined$ , which is $katex is not defined$ space up.

$katex is not defined$

The $katex is not defined$ -coordinate is $katex is not defined$ , which is $katex is not defined$ space right.

The $katex is not defined$ -coordinate is $katex is not defined$ , which is $katex is not defined$ spaces up.

$katex is not defined$

The $katex is not defined$ -coordinate is $katex is not defined$ , which is $katex is not defined$ space left.

The $katex is not defined$ -coordinate is $katex is not defined$ , which is $katex is not defined$ spaces up.

$katex is not defined$

The $katex is not defined$ -coordinate is $katex is not defined$ , which is $katex is not defined$ space left.

The $katex is not defined$ -coordinate is $katex is not defined$ , which is $katex is not defined$ space up.

Connect the points and count the spaces from point to point. Count the spaces or units between each of the points.

Plot Points on a Graph practice question 6 image 2

Add the units from point to point to find the perimeter.

$katex is not defined$ units.

The perimeter is $katex is not defined$ units.

Plot points on a graph FAQs

What is the cartesian plane?

This is the same as a coordinate plane. This name refers to the French mathematician Rene Descartes who is credited with incorporating the use of the coordinate plane into mathematics.

What are coordinate planes used for?

Coordinate planes have many uses in the real world and come up extensively in upper level math topics like coordinate geometry, algebra, trigonometry, and statistics.

Can coordinates be decimals or fractions?

Yes, an ordered pair can be any rational number.

What are linear equations and quadratic equations?

Linear equations are equations that form straight lines on the coordinate plane, and quadratic equations form curves called parabolas on the coordinate plane. You will begin to graph linear equations in the 7th grade.

What is the coordinate grid?

The coordinate grid is another name for the coordinate plane.

The next lessons are

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