Select the water image of the given figure from the options.

A water image is formed by flipping a figure vertically (top becomes bottom), while left and right stay the same.
So the letters of LIGHT keep their left-to-right order; I and H look unchanged, L appears with its foot at the top, T appears with its bar at the bottom, and G is turned upside down.
An image where the T keeps its bar on top, or where the L or the whole word is laterally reversed, is not a water image.
The correct figure shows every letter of LIGHT flipped top-to-bottom, including both the L and the T.
Hence, the vertically inverted LIGHT with the L, G and T all flipped upside down.
If a mirror is placed on the shaded line, which of the following options is the correct image of the given shape?

Choose the right water image of the given question from the given options.

If a mirror is placed on the shaded line, which of the following options is the correct image of the given shape?

Select the water image of the given figure from the options.

If a mirror is placed on the shaded line, what will be the correct image of the given figure?

If a mirror is placed on the shaded line, which will be the correct image of the given figure?

Choose the correct image of the given question from the given options.

If a mirror is placed on the shaded line, the correct mirror image of the given figure will be -

Select the water image of the given figure from the options.

Images of consonants of the English alphabet (Capitals) are observed in a mirror. What is the number of images of these which do not look like their original shapes ?
Select the correct mirror image of the given figure when a vertical mirror is placed to the right of the figure.

Select the correct mirror image of the given combination when the mirror is placed at the right side.

If a mirror is placed on the line AB, then which of the answer figures is the right image of the given figure?

Select the correct mirror image from the following options when the mirror is placed on the right side of the problem figure.
