1. The property of the eye to adjust the focal length of eye lens is called  2accommodationciliary musclesColouririspositivepupilretinaScatteringwavelength.
2. The human eye forms the image of an object at its  2accommodationciliary musclesColouririspositivepupilretinaScatteringwavelength.
3. The action of  2accommodationciliary musclesColouririspositivepupilretinaScatteringwavelength holding the eye lens changes the focal length of eye lens enabling the eye to focus the image of objects at varying distances.
4. Change in size of the pupil by the  2accommodationciliary musclesColouririspositivepupilretinaScatteringwavelength takes some time.
5. In bright sunlight,  2accommodationciliary musclesColouririspositivepupilretinaScatteringwavelength of an eye contracts so as to allow only a little light to enter the eye.
6.  2accommodationciliary musclesColouririspositivepupilretinaScatteringwavelength blindness is independent of the defects of vision.
7. Red colour has largest  2accommodationciliary musclesColouririspositivepupilretinaScatteringwavelength and hence the minimum frequency.
8.  2accommodationciliary musclesColouririspositivepupilretinaScatteringwavelength of light involves change in direction of light on striking a scatterer.
9. The far point of a myopic eye is at 50 cm. The power of the lens to correct his vision is -  2accommodationciliary musclesColouririspositivepupilretinaScatteringwavelength D.
10. The focal length is  2accommodationciliary musclesColouririspositivepupilretinaScatteringwavelength in case of convex lens.