Find the minimum height of a mirror where one can see his full image.

The height of a person is 170cm. What is the minimum length of a plane mirror in which he can see his full image (in cm)?

Find the minimum size of mirror required to see the full image of a wall behind a man standing at the centre of room, where H is the height of wall.

Find the minimum height of a mirror required to see the complete wall behind him.

Assertion : When the object moves with a velocity vec(v ) , its image in the plane mirror moves with a velocity of -5 vec( v ) . With respect to the object , Reason : the minimum height of the mirror to be required to see the full image of man of height h is (h)/(3)

Show that the minimum size of a plane mirror required to see the full image of an observer is half the size of that observer.

Show that the minimum size of a plane mirror required to see the full image of an observer is half the size of that observer.

Answer the following questions: What should be the minimum height of a plane mirror if a peson desires to see his full image in it?

A student of height 1.9 m can see his full image in a plane mirror fixed on a wall. His eyes are 1.85 m from the floor level. What is the minimum length of the plane mirror required to get the full image of the student ?