no
Rotation, in the plane of the grid, through 180 degrees.
An isometry is a transformation that preserves distances between points, and it can either preserve or reverse orientation. For example, a rotation is an isometry that preserves orientation, while a reflection is an isometry that reverses orientation. Therefore, whether an isometry preserves orientation depends on the specific type of transformation being applied.
The size does not change and the orientation is altered by the extent of the rotation.
A rigid transformation that does not result in a reversed orientation of the original image is a translation or a rotation. Both transformations preserve the orientation of the figure, meaning that the shape and arrangement of points remain unchanged. In contrast, a reflection is the rigid transformation that reverses the orientation.
They change the orientation.
Yes, it does.
Yes, there is a rotation for which the orientation of the image remains the same as that of the preimage. Specifically, when the rotation angle is 0 degrees (or a multiple of 360 degrees), the preimage and image are identical, preserving their orientation. Additionally, rotations by 180 degrees will also maintain the orientation in certain symmetrical cases. However, any rotation by angles other than these will typically change the orientation.
All three are preserved.
These are examples of transformations of shapes which preserve their size.
A rigid motion that does not preserve orientation is a reflection. In a reflection, points are flipped over a line (in two dimensions) or a plane (in three dimensions), resulting in a change in the order of points and their orientation. For example, if you reflect a shape across a line, the left and right sides of the shape will switch places, reversing its orientation. This contrasts with motions like translations and rotations, which maintain the original orientation of the figure.
Yes, reflection and rotation are both transformations that can change the orientation of an object. Reflection is when an object is flipped over a line, while rotation is when an object is turned around a point.
Optical rotation is the turning plane of linearly polarized light as it travels through certain materials. Specific rotation is the property of a chemical compound as the change in orientation of a plane of light.