Use the graph to answer the following question.
2 answers:
Answer: (0, -4)
Explanation:
You can do this visually using the graph or calculate it by hand.
Visually, find point R and count two to the left and down 6. Now we are at coordinates (0, -4).
By hand, find point R and note its coordinates: (2, 2). This is two spaces right (x axis) and two spaces up (y axis) from the center. To calculate, you can subtract 2 from the x coordinate to move left and subtract 6 from the y coordinate to move down. So that would look like this:
( 2 , 2 )
-2 , -6
-----------
( 0 , -4 )
Explanation:
You can do this visually using the graph or calculate it by hand.
Visually, find point R and count two to the left and down 6. Now we are at coordinates (0, -4).
By hand, find point R and note its coordinates: (2, 2). This is two spaces right (x axis) and two spaces up (y axis) from the center. To calculate, you can subtract 2 from the x coordinate to move left and subtract 6 from the y coordinate to move down. So that would look like this:
( 2 , 2 )
-2 , -6
-----------
( 0 , -4 )
The coordinate of the point R' after translation will be (0, - 4).
<h3>What is a transformation of a point?</h3>A spatial transformation is each mapping of feature space to itself and it maintains some spatial correlation between figures.
If ∆PQR is translated left 2 and down 6. Then the translation rule is given as,
(x', y') → (x - 2, y - 6)
From the graph, the coordinate of point R will be at (2, 2). Then the coordinate of the point R' after translation will be
(x', y') → (2 - 2, 2 - 6)
(x', y') → (0, - 4)
More about the transformation of a point link is given below.
#SPJ2
You might be interested in
