the translated image xyz is shown below. if the pre image was translated (7 7). find the pre image.

The translated image ΔXYZ is shown below. If the pre-image was translated (7, 7). Find the pre-image. =>Δ ABC or Δ GHI or Δ PQR or Δ DEF..

A rhombus ABCD is translated 3 units to the left. Find the new coordinates of the translated image. => A′ (- 3, 4), B′ (- 1, 1), C′ (- 3, - 2), D′ (- 5, 1) or A′ (- 6, 4), B′ (- 4, 1), C′ (- 6, - 2), D′ (- 8, 1)..

Which of the figures is a pre image of the Figure 1 that is an isometry? => Figure 2 only or Figure 3 and Figure 4 or Figure 3 only or Figure 4 only..

Use matrices to find the image of ABC under translation <8, - 2>. => ( 5 7 2 0 - 2 - 3 ) or ( 7 5 4 4 6 1 ) or ( 11 9 14 - 4 - 2 - 1 ) or ( - 11 - 9 - 14 4 2 1 )..

Translate the point B(3, - 2) up 5 units and left 5 units. What are the coordinates of its image B′? => (- 2, 7) or (2, 3) or (- 2, 3) or (- 2, - 3)..

Translate the point B(3, - 2) up 5 units and left 5 units. What are the coordinates of its image B′? => (- 2, 7) or (- 2, - 3) or (2, 3) or (- 2, 3)..

Identify the figure that is a pre image of Figure 1 if the transformation is an isometry? => Figure 3 and Figure 4 or Figure 3 only or Figure 4 only or Figure 2 only..

The polygon P'Q'R'S' is the translated image of PQRS. Find the translation vector. =><8, 0> or <5, - 2> or <- 5, 2> or <5, 2>..

The image of the point D (4, 5), after a translation, is D′ (9, 5) . Identify the translation that takes place. => 5 units up or 5 units left or 5 units right or none of these..

An equation corresponding to a set of points with reference to a system of coordinate axes may be simplified by taking the set of points in some other suitable coordinate system, such that all geometrical properties remain unchanged. One such transformation is that in which the new axes are transfo..