the triangles are congruent by the sss congruence theorem. which rigid transformation(s) can map △abc onto…

the triangles are congruent by the sss congruence theorem. which rigid transformation(s) can map △abc onto △fed? reflection, then dilation reflection, then translation rotation, then translation rotation, then reflection

the triangles are congruent by the sss congruence theorem. which rigid transformation(s) can map △abc onto △fed? reflection, then dilation reflection, then translation rotation, then translation rotation, then reflection

Answer

Explanation:

Step1: Recall rigid - transformations

Rigid transformations are rotation, reflection, and translation. Dilation is not a rigid transformation as it changes the size of the figure.

Step2: Analyze the orientation of the triangles

The orientation of (\triangle ABC) and (\triangle FED) is different. First, a rotation can be used to change the orientation of (\triangle ABC) to match the general orientation of (\triangle FED).

Step3: Analyze the position of the triangles

After rotation, a translation can be used to map (\triangle ABC) exactly onto (\triangle FED) since they are congruent.

Answer:

rotation, then translation