As we can see, the reflection of the point is at (0,1). Let’s plot our point and its reflection on the coordinate plane.
We can see that the point is located at (0,1) after the reflection in the x- axis of a coordinate plane.
Extra
More About Coordinate Planes
A coordinate plane is formed by the intersection of a horizontal number line and a vertical number line. The number lines intersect at the origin and separate the coordinate plane into four regions called quadrants. An ordered pair is used to locate a point in a coordinate plane. The first coordinate represents the x-axis and the second coordinate the y-axis.
We want to reflect a point in the y-axis of a coordinate plane. To do this, we keep the same y-coordinate and take the opposite of the x-coordinate.
Point
Reflection in the y-axis
( x,y)
( - x,y)
( 0,-1)
( 0,-1)
As we can see, the reflection of the point is at (0,-1). Note that the reflection in the y-axis does not change the coordinates of the point. This is supported by the fact that its x-coordinate is 0, and the opposite number to 0 is 0. Let’s plot our point and its reflection on the coordinate plane.
We can see that the point is located at (0,-1) after the reflection in the y- axis of a coordinate plane.
Extra
More About Coordinate Planes
A coordinate plane is formed by the intersection of a horizontal number line and a vertical number line. The number lines intersect at the origin and separate the coordinate plane into four regions called quadrants. An ordered pair is used to locate a point in a coordinate plane. The first coordinate represents the x-axis and the second coordinate the y-axis.
