The answer is in the question! The orientation is the same as the preimage!
Same = Not different.
Because the image is not the same size as the preimage. To do a dilation all you do is make the image smaller or larger than it was before.
That the image has moved in the same direction and distance of its outline
Symmetrical
same size, upright, and same distance
They are translation, reflection and rotation. An enlargement changes the size of the image.
A translation
The three types of dilations are an enlarged image (the image is larger than the preimage), a reduced image (the image is smaller than the preimage) and an equal image (the image is the same size as the preimage).
False
Because the image is not the same size as the preimage. To do a dilation all you do is make the image smaller or larger than it was before.
A translation of shape on the coordinated grid moves it in the same distance and in the same direction
If the orientation of the letter "e" on the slide is exactly the same as it appears in this response, then the image of the "e" would be an inverted reflection. In lamens terms, the "e" would be upside down inside the microscope.
They do not always create the same image. They have different focal points and objects at different distances which create an image different from the object in magnitude or orientation.
Yes.
Because as the image moves up the lens and into the head of the microscope, it hits a mirror that reflects the image back to you through the oculars, therefore you are looking at an inverted image.
It means facing in the same direction.
The original figure and its image must be of the same size and the same orientation. That is, you should be able to get from the original to the image by moving the shape along the x-axis and the y-axis and nothing else. However, if the shape has rotational or reflective symmetry, there is no way that you can be sure that it has not been rotated or reflects (as appropriate).
Sexual attraction to members of the same gender suggests gay orientation.