The dilation rule df,3(x, y) is applied to △abc, where the center of dilation is at f(1, 1). the distance in the x-coordinates from a(–2, 2) to the center of dilation f(1, 1) is unit(s). the distance in the y-coordinates from a(–2, 2) to the center of dilation f(1, 1) is unit(s). the vertex a' of the image is

The Dilation Rule Df,3(X, Y) Is Applied To △Abc, Where The Center Of Dilation Is At F(1, 1). The Distance In The X-Coordinates From A(–2, 2) To The Center Of Dilation F(1, 1) Is Unit(S). The Distance In The Y-Coordinates From A(–2, 2) To The Center Of Dilation F(1, 1) Is Unit(S). The Vertex A' Of The Image Is

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The Dilation Rule Df,3(X, Y) Is Applied To △Abc, Where The Center Of Dilation Is At F(1, 1). The Distance In The X-Coordinates From A(–2, 2) To The Center Of Dilation F(1, 1) Is Unit(S). The Distance In The Y-Coordinates From A(–2, 2) To The Center Of Dilation F(1, 1) Is Unit(S). The Vertex A' Of The Image Is. The rule do,0.25 (x, y) → (0.25x, 0.25y) is applied to the segment lm to make an image of segment l'm', not shown. The distance can not be negative.

mage The dilation rule D_F,3(x,y) is applied to ABC , where the center — mage The dilation rule D_F,3(x,y) is applied to ABC , where the center from www.gauthmath.com

The distance can not be negative. The rule do,0.25 (x, y) → (0.25x, 0.25y) is applied to the segment lm to make an image of segment l'm', not shown. The distance can not be negative.

The Rule Do,0.25 (X, Y) → (0.25X, 0.25Y) Is Applied To The Segment Lm To Make An Image Of Segment L'm', Not Shown.

The distance can not be negative. The distance can not be negative.

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