Which Transformations Could Have Taken Place Select Two Options Confuses Students
The two transformations that could take place are rotation (r 90 or r 270) and translation. Both of these transformations maintain the shape and size of figures while altering their orientation or position. These types of transformations are classified as rigid transformations in geometry. Study with quizlet and memorize flashcards containing terms like which transformations could have taken place to map abc to abc?, triangle pqr was dilated according to the rule do,2(x,y)(2x,2y) to create similar triangle p'q'q. Select two options. , triangle abc will be dilated according to the rule(x,y), where point f is the center of dilation.
Which transformations could have taken place? After a rotation, the vertex is located at (2, 3). Which transformations could have taken place? The vertices of the triangles are shown. Transformations can change the position, size, or orientation of a figure. A rotation preserves the shape and size but changes the orientation. A dilation changes the size but preserves the shape. A reflection creates a mirror image. A translation moves the figure without changing its size, shape, or orientation. One vertex of a triangle is located at (0, 5) on a coordinate grid. After a transformation, the vertex is located at (5, 0). Which transformations could have taken place? Select two options r 0, 90 r 0, 180 r 0, 270 Both transformations involve rotation that alters the coordinates of a point, resulting in a new position. These rotations maintain the relationship between the original and subsequent positions effectively in geometric contexts.
Energy Transformations Poster - Etsy
After a transformation, the vertex is located at (5, 0). Which transformations could have taken place? Select two options r 0, 90 r 0, 180 r 0, 270 Both transformations involve rotation that alters the coordinates of a point, resulting in a new position. These rotations maintain the relationship between the original and subsequent positions effectively in geometric contexts. To determine which transformations could have taken place to move a vertex from its initial position to a final position, we look at the available options of rotations in degrees.
To determine which transformations could have taken place to move a vertex from its initial position to a final position, we look at the available options of rotations in degrees.
