A H I M O T U V W X Y.
Comment: 1) That's for capitals. It can be different for the "lower case" letters, of course.
2) Also, I'm not entirely sure what the question means. The letters given above are the ones that show "mirror symmetry". Sometimes that's called "reflection symmetry".
One half of the letter is like a reflection of the other about a center line called the line of symmetry.
Because of this symmetry, these letters will seem unchanged when viewed in a (flat) mirror. The other letters of the alphabet will show lateral inversion when viewed in the mirror.
i
Lateral inversion is the reversal of an object when the image is formed in a flat mirror. This reversal is only in the direction perpendicular to the surface of the mirror. However, the effect is often seen by a person as a "left-right" reversal with the "front-back" reversal not noticed. That's the reason it's called lateral inversion. "Lateral" means sideways.
Some cities have a smog problem because the inversion layer in the air above them does not allow dispersal of pollution.
No. Lateral means on the side.
Nine lateral sides,
The lateral faces will be parallelograms, and the opposite faces will be congruent. In a right prism, the lateral faces will be rectangles.
A plane mirror.
In plane mirror and in ambulances.
Lateral inversion is the reversal of an object when the image is formed in a flat mirror. This reversal is only in the direction perpendicular to the surface of the mirror. However, the effect is often seen by a person as a "left-right" reversal with the "front-back" reversal not noticed. That's the reason it's called lateral inversion. "Lateral" means sideways.
It is called "Lateral Inversion". Lateral means "sideways". The term is used because the image often seems left-right reversed. In fact the inversion is really at right angles to the mirror surface, but it can appear to be laterally reversed.
The medical term for inversion of the ankle is lateral. When the ankle becomes inverted, there is damage to the ligaments.
Lateral inversion
An erect but virtual image of same size but with lateral inversion
This refers to the apparent left-right reversal often shown by the image in a plane (flat) mirror. Lateral means "sideways". In fact it's something of an illusion, because the inversion is really in the direction perpendicular to the mirror surface.
With lateral inversion. Left hand would become right and right would look like left hand.
Lateral inversion is caused because the distance of the image behind the surface of a (flat) mirror is same as the distance that the object is in front of the mirror. So the image is reversed from "front to back". The image often APPEARS to be reversed sideways instead of front to back. "Lateral" means sideways.
It is caused by front to back inversion. Right and left have meaning only when front is specified. When we look into the mirror, suppose we have left sleeve as green and right sleeve as red. They are indeed on the same side in the image. Is it not so? But the image is facing opposite to us. So for the mirror person green becomes right and red becomes left. Write some letters on a translucent paper. See this paper in the mirror. Some of the letters are laterally inverted (depending on their symmetry). Now see the same paper from the back side. Does it not look like the image of the front side in the mirror? The cause is, of course, that the light ray starting from the object is reflected back and hence whatever looked towards the mirror now looks out of the mirror. That is why I call it "front-back" inversion. COMMENT, to clarify things a little: I agree it is "front-back" inversion in terms of the physics. The object and image are reversed in the direction perpendicular to a (flat) mirror's surface. However, depending on the object, the image often SEEMS to be left-right reversed. That's why it's called "lateral" (sideways) inversion.
The name of the ligament that provides support against a varus or inversion sprain of the ankle is the lateral ankle ligament. It is also called the anterior talofibular ligament .