All Intermediate Geometry Resources
Example Questions
Example Question #1 : How To Find The Endpoints Of A Line Segment
Find the midpoint between the points:
and
The midpoint formula is
So for our two points the equation is
Example Question #22 : Midpoint Formula
What is the midpoint between the two points:
and
The midpoint formula is
If we plug in our points we get
Example Question #2 : How To Find The Endpoints Of A Line Segment
What is the midpoint between the two points:
and
The midpoint formula is
So lets plug in our two points, that gives us
Example Question #1313 : Intermediate Geometry
What is the midpoint between the two points:
and
The equation to find the midpoint between two points is
If we plug in our values of the two points we get
Example Question #5 : How To Find The Endpoints Of A Line Segment
One of the endpoints of a line is and the midpoint is . What is the other endpoint?
The midpoint's coordinates are the average of the endpoints'.
This means that the x-coordinates of the two endpoints have a mean of 1:
multiply both sides by 2
subtract 8
this means the other endpoint's x-coordinate is -6
This also means that the y-coordinates of the two endpoints have a mean of -3:
multiply both sides by 2
add 7 to both sides
The coordinate pair that we're looking for is (-6, 1)
Example Question #23 : Midpoint Formula
The midpoint of a line is and one of the endpoints is . What is the other endpoint?
The midpoint's coordinates are just the mean of the endpoints'.
This means that the mean of the two x-coordinates is 9:
multiply both sides by 2
subtract 1
This also means that the mean of the two y-coordinates is 9:
multiply both sides by 2
subtract 17
So the other endpoint we were solving for is
Example Question #7 : How To Find The Endpoints Of A Line Segment
The midpoint for a line with an endpoint at is . What are the coordinates for the other endpoint?
Recall how to find the midpoint of a line:
In other words, the coordinates of the midpoint are just the average of the and coordinates of the endpoints.
We can then solve for the coordinate of the second endpoint.
Let's start with the coordinate by using the given midpoint and endpoint.
Now, let's solve for the coordinate.
The coordinate for the other endpoint must be .
Example Question #31 : Lines
A line with the endpoints and has a midpoint at . What are the coordinates for the unknown endpoint?
Recall how to find the midpoint of a line:
In other words, the coordinates of the midpoint are just the average of the and coordinates of the endpoints.
We can then solve for the coordinate of the second endpoint.
Let's start with the coordinate by using the given midpoint and endpoint.
Now, let's solve for the coordinate.
The coordinate for the other endpoint must be .
Example Question #32 : Lines
A line with endpoints at and has a midpoint of . What are the coordinates for the unknown endpoint?
Recall how to find the midpoint of a line:
In other words, the coordinates of the midpoint are just the average of the and coordinates of the endpoints.
We can then solve for the coordinate of the second endpoint.
Let's start with the coordinate by using the given midpoint and endpoint.
Now, let's solve for the coordinate.
The coordinate for the other endpoint must be .
Example Question #33 : Lines
A line with endpoints at and has a midpoint of . What are the coordinates of the unknown endpoint?
Recall how to find the midpoint of a line:
In other words, the coordinates of the midpoint are just the average of the and coordinates of the endpoints.
We can then solve for the coordinate of the second endpoint.
Let's start with the coordinate by using the given midpoint and endpoint.
Now, let's solve for the coordinate.
The coordinate for the other endpoint must be .