A quadrilateral is a four-sided polygon that can be in any shape or size. Quadrilaterals can also be transformed by applying various types of transformations. These transformations can be rotations, translations, reflections, and dilations. When these transformations are applied in sequence, it creates a mapping of the original quadrilateral ABCD to a new, transformed quadrilateral. In this article, we will discuss the sequence of transformations that can be used to map quadrilateral ABCD.
Translation
The first transformation that can be used to map quadrilateral ABCD is a translation. Translation is a type of transformation that moves all points of the original quadrilateral in the same direction and by the same distance. For example, if the original quadrilateral ABCD was located at point (0,0), a translation of (2,3) would move the quadrilateral to point (2,3). This transformation can be repeated with different values to create a mapping of the original quadrilateral ABCD to the transformed quadrilateral.
Rotation
The second transformation that can be used to map quadrilateral ABCD is a rotation. A rotation is a type of transformation that turns the original quadrilateral around a fixed point. For example, if the original quadrilateral ABCD was located at point (0,0) and the rotation point was (1,1), a rotation of 90 degrees would move the quadrilateral to point (1,1). This transformation can be repeated with different values to create a mapping of the original quadrilateral ABCD to the transformed quadrilateral.
Reflection
The third transformation that can be used to map quadrilateral ABCD is a reflection. A reflection is a type of transformation that flips the original quadrilateral over a line. For example, if the original quadrilateral ABCD was located at point (0,0) and the line of reflection was the x-axis, a reflection would move the quadrilateral to point (-1,-1). This transformation can be repeated with different values to create a mapping of the original quadrilateral ABCD to the transformed quadrilateral.
Dilation
The fourth transformation that can be used to map quadrilateral ABCD is a dilation. A dilation is a type of transformation that stretches or shrinks the original quadrilateral. For example, if the original quadrilateral ABCD was located at point (0,0) and the dilation factor was 2, a dilation would move the quadrilateral to point (2,2). This transformation can be repeated with different values to create a mapping of the original quadrilateral ABCD to the transformed quadrilateral.
In conclusion, a sequence of transformations can be used to map quadrilateral ABCD. Translations, rotations, reflections, and dilations can all be used to create a mapping of the original quadrilateral ABCD to the transformed quadrilateral. By using these transformations in sequence, it is possible to create a mapping of the original quadrilateral ABCD to the transformed quadrilateral.
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