Find the coordinates of the image after the given transformation.
S'(-2,-4) T'(-4,2) U'(-2,2) V'(4,4)
Find the coordinates of the image after the given transformation.
E'(-3,-2)
Find the coordinates of the image after the given transformation.
G'(-5,-1) F'(-1,-1) E'(-1,-4) H'(-2,-4)
Find the coordinates of the image after the given transformation.
R'(2,0) P'(4,-3), Q'(5,1)
Find the coordinates of the image after the given transformation.
C'(0,2) D'(-4,3) E'(1,4)
Find the coordinates of the image after the given transformation.
G'(3,-1), F'(2,-5), E'(-3,-5), D'(-1,-1)
Find the coordinates of the image after the given transformation.
Z'(-3,0)
Find the coordinates of the image after the given transformation.
R' (-1,-5) S'(1,0) T' (2,-3)
Write a rule to describe the translation
(x,y)→(x-3, y+2)
Find the coordinates of the image after the given transformation.
C' (-2,-1) D' (-2,3), E'(1,3), F'(0,-2)
Write a rule to describe the translation
(x,y)→(x,y-2)
Find the coordinates of the image after the given transformation. Rotation of 270 degrees about the origin.
P'(3,0)
Write a rule to describe the reflection
reflection across y=x
Write a rule to describe the reflection
Reflection across the y-axis
Find the coordinates of the image after the given transformation.
F'(-2,1)
Geometric Transformations are cool
True
Write a rule to describe the translation
(x,y)→(x+6, y-1)
Write a rule to describe the reflection
Reflection across the x-axis
Tala and Emma need to build the set for their school play. It will be a replica of a historic building painted onto a backdrop that is 20 feet long and 16 feet high. The actual building is 400 feet long. How tall is the original building?
320 Feet.
Find the coordinates of the image after the given transformation.
I'(-2,0) J'(2,2) K'(2,-2)
Write a rule to describe the transformation
Dilation of 2 about the origin
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