The black opening between the aqueous humour and the eye lens is called  atmospheric refractionbluecataractconvexcorneadispersiondropletsinvertedirislessless powermyopianormalpower of accommodationpresbyopicpupilscatteredScatteringspeed.

The muscular diaphragm that controls the size of the pupil is  atmospheric refractionbluecataractconvexcorneadispersiondropletsinvertedirislessless powermyopianormalpower of accommodationpresbyopicpupilscatteredScatteringspeed.

The ability of eye lens to adjust its focal length to form a sharp image of the object at varying distances on the retina is called  atmospheric refractionbluecataractconvexcorneadispersiondropletsinvertedirislessless powermyopianormalpower of accommodationpresbyopicpupilscatteredScatteringspeed of the eye.

The image formed on the retina of the human eye is real and  atmospheric refractionbluecataractconvexcorneadispersiondropletsinvertedirislessless powermyopianormalpower of accommodationpresbyopicpupilscatteredScatteringspeed.

Refraction of light by the earth’s atmosphere due to variation in air density is called  atmospheric refractionbluecataractconvexcorneadispersiondropletsinvertedirislessless powermyopianormalpower of accommodationpresbyopicpupilscatteredScatteringspeed.

The deflection of light by minute particles and molecules of the atmosphere in all direction is called  atmospheric refractionbluecataractconvexcorneadispersiondropletsinvertedirislessless powermyopianormalpower of accommodationpresbyopicpupilscatteredScatteringspeed of light.

One cannot see through the fog, because light is scattered by the  atmospheric refractionbluecataractconvexcorneadispersiondropletsinvertedirislessless powermyopianormalpower of accommodationpresbyopicpupilscatteredScatteringspeed.

At noon the sun appears white as light is least  atmospheric refractionbluecataractconvexcorneadispersiondropletsinvertedirislessless powermyopianormalpower of accommodationpresbyopicpupilscatteredScatteringspeed.

When light rays enter the eye, most of the refraction occurs at the outer surface of the  atmospheric refractionbluecataractconvexcorneadispersiondropletsinvertedirislessless powermyopianormalpower of accommodationpresbyopicpupilscatteredScatteringspeed.

The least distance of distinct vision for a  atmospheric refractionbluecataractconvexcorneadispersiondropletsinvertedirislessless powermyopianormalpower of accommodationpresbyopicpupilscatteredScatteringspeed eye is 25cm.

The defect of vision in which a person cannot see the distant objects clearly but can see nearby objects clearly is called  atmospheric refractionbluecataractconvexcorneadispersiondropletsinvertedirislessless powermyopianormalpower of accommodationpresbyopicpupilscatteredScatteringspeed.

The splitting of white light into different colours on passing through a prism is called  atmospheric refractionbluecataractconvexcorneadispersiondropletsinvertedirislessless powermyopianormalpower of accommodationpresbyopicpupilscatteredScatteringspeed.

The medical condition in which the lens of the eye of a person becomes progressively cloudy resulting in blurred vision is called  atmospheric refractionbluecataractconvexcorneadispersiondropletsinvertedirislessless powermyopianormalpower of accommodationpresbyopicpupilscatteredScatteringspeed.

Very fine particles scatter more of  atmospheric refractionbluecataractconvexcorneadispersiondropletsinvertedirislessless powermyopianormalpower of accommodationpresbyopicpupilscatteredScatteringspeed colour.

Red light is used for signals as it is  atmospheric refractionbluecataractconvexcorneadispersiondropletsinvertedirislessless powermyopianormalpower of accommodationpresbyopicpupilscatteredScatteringspeed scattered.

Bi-focal lens is used to correct  atmospheric refractionbluecataractconvexcorneadispersiondropletsinvertedirislessless powermyopianormalpower of accommodationpresbyopicpupilscatteredScatteringspeed refractive error.

Hypermetropic eye is corrected by using  atmospheric refractionbluecataractconvexcorneadispersiondropletsinvertedirislessless powermyopianormalpower of accommodationpresbyopicpupilscatteredScatteringspeed lens.

The dispersion of white light occurs because colours of white light at different  atmospheric refractionbluecataractconvexcorneadispersiondropletsinvertedirislessless powermyopianormalpower of accommodationpresbyopicpupilscatteredScatteringspeed through the glass prism.

A lens of higher focal length has  atmospheric refractionbluecataractconvexcorneadispersiondropletsinvertedirislessless powermyopianormalpower of accommodationpresbyopicpupilscatteredScatteringspeed.