In Figure, `m\ a n d\ n` are two plane mirrors perpendicular to each other. Show that the incident ray `C A` is parallel to the reflected ray `B D`

In Figure, m\ and\ n are two plane mirrors perpendicular to each other. Show that the incident ray C A is parallel to the reflected ray B D

In Figure, m\ and\ n are two plane mirrors perpendicular to each other. Show that the incident ray C A is parallel to the reflected ray B D

Two plane mirrors are perpendicular to each other. A ray after suffering reflection from the two mirror will be

In Figure, P Q\ a n d\ R S are two mirrors placed parallel to each other. An incident ray A B strikes the mirror P Q at B , the reflected ray moves along the path B C and strikes the mirror R S and C and again reflects back along C D . Prove that A B||C D .

In the given Figure , PQ and RS are two mirrors placed parallel to each other . An incident ray AB striker the mirror PQ at B, the reflected ray moves along the path BC and strikes the mirror RS at C and again reflects back along CD. Prove that AB|| CD.

In the given figure, PQ and RS are two mirrors placed parallel to each other. An incident ray AB strikes the mirror PQ at B, reflected ray moves along the path BC and strikes the mirror RS at C and again reflects back along CD. Prove that AB||CD

In the adjacent figure PQ and RS are two mirrors placed parallel to each other. An incident ray AB strikes the mirror PQ at B, the reflected ray moves along the path BC and strikes the mirror RS at C and again reflected back along CD . Prove that AB || CD.

In the adjacent figure PQ and RS are two mirrors placed parallel to each other. An incident ray AB strikes the mirror PQ at B, the reflected ray moves along the path BC and strikes the mirror RS at C and again reflected back along CD . Prove that AB || CD.