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2 votes
use coordinator notation to write the rule that maps each preimage to it's image then identify the transformation and confirm that it preserves length and angle measures

use coordinator notation to write the rule that maps each preimage to it's image then-example-1
use coordinator notation to write the rule that maps each preimage to it's image then-example-1
use coordinator notation to write the rule that maps each preimage to it's image then-example-2

1 Answer

4 votes

The rule that transform the preimage to the image can be represented below


\begin{gathered} A(-4,4)\rightarrow A^(\prime)(4,4) \\ B(-1,2)\rightarrow B^(\prime)(2,1) \\ C(-4,1)\rightarrow C^(\prime)(1,4) \\ \\ The\text{ rule is express as} \\ (x,y)\rightarrow(y,-x) \end{gathered}

The type of transformation is a rotation which is 270 degree.

Yes it preserves length and angles measured . Rotation is moving an object through a fixed point . so the length and angles are preserved.

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