The y-axis is the symmetry line, so that (5, -3) and (-5, -3) are symmetric points.
It is (-3, 5).
S' = (3, -2) B' = (0, -1) C' = (3, -4).
the z axis is at right angles to both the x and the y axis. All 3 axis pass through the origin.
The image is (-5, 3)
It depends on the number of variables and their nature: 2 variables, both independent: either axis 2 variables, one independent: x-axis 3 variables, all independent: any axis 3 variables, 2 independent: x or y-axis. 3 variables, 1 independent: x-axis. and so on.
When the point (-3, 2) is reflected across the x-axis, the y-coordinate changes sign while the x-coordinate remains the same. Thus, the resulting image of the point after the reflection is (-3, -2).
It is (-3, 5).
Each reflection produces a mirror image.=================================Answer #2:With the initial point at (0, 0) ... the origin of coordinates ...-- the first reflection, across x = -3, moves the point to (-6, 0), and-- the second reflection, around y = -3, moves it to (-6, -6) .
S' = (3, -2) B' = (0, -1) C' = (3, -4).
It is (-3, 5).
The answer will depend on the original coordinates of A: these have not been provided so neither has an answer.
It will be (-2, 3, -5).
-1,3
The image of point P(2, 3, 5) after a reflection about the xy-plane is P'(2, 3, -5). This means that the x and y coordinates remain the same, but the z coordinate is negated.
you graph at the (3) point on the y axis. it should look like a vertical line across the y axis on where it says 3
7
(3,-8)