Find the image coordinates of the line AB, if A (3, 2) and B (5, 2), which is reflected along y -axis.

Graph the reflection of the polygon in the given line: y = -3

Point A is 1 unit below the line, so its reflection is 1 unit above the line at A’ (-6, -2).
Point B is 2 units above the line, so its reflection is 2 units below the line at B’ (-5, -5).
Point C is 1 unit above the line, so its reflection is 1 unit below the line at C’ (-3, -4).

The vertices of a triangle are A (2,3), B (6,1) and C  (7,5). Graph the reflection of the triangle ABC in the given line y-axis.

Point A is 2 units to the right of the line, so its reflection is 2 units to the left of the line at A’ (-2,3).
Point B is 6 units to the right of the line, so its reflection is 6 units to the left of the line at B’ (-6,1).
Point C is 7 units to the right of the line, so its reflection is 7 units to the left of the line at C’ (-7, 5).

If (a, b) is reflected in the line y = -x, its image is the point ________.

If (a, b) is reflected in the line y = -x, its image is the point (-b, -a).

If (a, b) is reflected in the line y = x, its image is the point_________.

If (a, b) is reflected in the line y = x, its image is the point (b, a).

Graph the image of the triangle ABC, if A (-4,0), B (-3,3) and C (-1,2), which is reflected along y-axis.

If (a, b) is reflected in the y-axis, its image is the point (-a, b).
(a, b) → (-a, b)
A (-4, 0)  → A’ (4, 0)
B (-3, 3) → B’ (3, 3)
C (-1, 2) → C’ (1, 2)
Image coordinates of the triangle ABC are A’ (4, 0), B’ (3, 3) and C’ (1, 2).

Find the image coordinates of the triangle ABC, if A (-4, 0), B (-3, 3) and C (-1, 2), which is reflected along y = x.

If (a, b) is reflected in the line y = x, its image is the point (b, a).
(a, b) → (b, a)
A (-4, 0)  → A’ (0, -4)
B (-3, 3) → B’ (3, -3)
C (-1, 2) → C’ (2, -1)
Image coordinates of the triangle ABC are A’ (0, -4), B’ (3, -3) and C’ (2, -1).

Find the image coordinates of the line AB, if A (2,3) and B (2,5), which is reflected along x-axis.

If (a, b) is reflected in the x-axis, its image is the point (a, -b).
A (2,3) → A’ (2, -3)
B (2,5) → B’ (2, -5)
Image of the points A’ (2, -3), B’ (2, -5)

Graph the reflection of the polygon in the given line: x= -1

Point A is 5 units to the left of the line, so its reflection is 5 units to the right of the line at A’ (4, -4).
Point B is 4 units to the left of the line, so its reflection is 4 units to the right of the line at B’ (3, -1).
Point C is 2 units to the left of the line, so its reflection is 2 units to the right of the line at C’ (1, -2).
>>>Plot the points to obtain the graph.

The vertices of a triangle are A (2,3), B (6,1) and C (7,5). Graph the reflection of the triangle ABC in the line x = 3.

The result of flipping a triangle on a line of reflection based on a coordinate system is a figure known as a triangle reflection. Therefore, it's crucial to understand the following terminology when researching and working on the reflection of polygons, such as the triangle:
Pre-image: The primary image, in this case, is a triangle, which is reflected across a line.
Image: The triangle being reflected and the result after being reflected again. To reflect a triangle, you must first reflect the three points that make up each triangle over the line of reflection and then use the algebraic reflection properties on each coordinate.
¶In a triangle reflection, the pre-point image and the image's point are at the same distance from the line of reflection. Something is one method of doing this correctly.

Graph the reflection of the polygon in the given line: x- axis.

If (a, b) is reflected in the x-axis, its image is the point (a, -b).
A (2,3) → A’ (2, -3)
B (6,1) → B’ (6, -1)
C (7,5) → C’ (7, -5)
>>>Therefore, the points of reflection of the given polygon are: (2,-3); (6,-1); (7,-5).

If (a, b) is reflected in the y-axis, its image is the point _____.

If (a, b) is reflected in the y-axis, its image is the point (-a, b)

Multiply: 

Multiply: 

Subtract the matrices: 

Subtract the matrices: