12 This is a micrograph of a frog eye. It has the same basic structure as a human eye. Label the indicated parts of the eye. Labels Drop Zones Reset All Iris Lens Sclera Retina Eyelid Cornea Retina Cornea Lens
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Step 1: Identify that this is a labeling exercise of a frog eye micrograph where we need to correctly match labels with the indicated parts. Show more…
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'Match the function with the correct structure_ Sclera 1. Absorbs scattered light 2. Photoreceptors of the retina responsible for colour vision Vitreous humour Ciliary muscles 3. Refracts light rays into the eye 4. Supports the eyeball with the fluid they contain Iris 5. Alters the shape of the lens to promote focusing Cones Lens 6. Protects and supports the eyeball 7. Area that contains a high density of cones Choroid 8. Photoreceptors of the retina sensitive to dim light Fovea centralis 9. Focuses the light rays on the fovea centralis Rods 10. Regulates the amount of light that enters the eye Cornea'
Adi S.
Match the structures of the eye with their appropriate statement: Light enters the eye here. Control the shape of the lens. Focuses the light onto the back of the eye. Gives your eyes their color. The white of the eye. Watery fluid filling the anterior segment of the eye. Viscous liquid filling the posterior portion of the eye. Area of highest concentration of cones, and thus highest visual acuity. Part of the retina that lacks photoreceptors. Makes up the majority of the vascular layer. Contains the rod and cone photoreceptors. Forms the aqueous humor. 1. Aqueous humor 2. Choroid 3. Ciliary muscles of ciliary body 4. Ciliary processes of ciliary body 5. Cornea 6. Fovea centralis 7. Iris 8. Lens 9. Optic disc 10. Retina 11. Sclera 12. Vitreous humor
Madhur L.
Several types of eyes have evolved among animals. Animal eyes range from simple eye cups that sense light intensity and direction to the many-lensed compound eyes of insects to the single-lens eyes of squids and vertebrates, including humans.
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