Find the position of the final image after three successive reflections taking the first reflection on `m_(1)` .

Find out the position of the final image formed by two reflections. Take the first reflection from M_(1) .

Find out the position of the final image formed by two reflections. Take the first reflection from M_(1) .

A concave and a convex mirror each 30 cm in radius are placed opposite to each other 60 cm apart on the same axis. An object 5cm in height is placed midway between them. Find the position and size of the image formed by two successive reflections, consider first reflection at convex and then at the concave mirror.

An object is placed exactly mid-way between a concave mirror and a convex mirror. The radius of curvature for each of them is 0.2 m. The mirrors are placed face to face and are 0.3 m apart. Find the position of the image formed by two successive reflections, the first one taking place at the concave mirror and then at the convex mirror.

In Figure., find the position of final image formed.

In Figure., find the position of final image formed.

In Figure. , find the position of final image formed.

In Figure. , find the position of final image formed.

Two plane mirrors are inclined to each other as in figure A after three successive reflection falls on the mirror M_(1) and finally retaces its path.Calculate the angle between the two plane mirror [15^(@)]

A convax and a concave mirror each of radius 10 cm are placed facing eachother at 15 cm distance. A point object is placed midway between them. Find the position of the final image if reflection takes place first at the concave mirror and then convex mirror.