Select the term that does not belong in the group. For example, in the groupAtom Cell Tissue Alive Organ you would select "alive", because all of the other terms are levels of organization. "Alive" is not a level of organization, so it does not belong.Choroid Sclera Vitreous humor Retina ["", "", "", ""] Ciliary body Iris Superior rectus Choroid ["", "", "", ""] Proprioceptors Rods Cones Photoreceptors ["", "", "", ""] Inferior oblique Iris Superior rectus Inferior rectus ["", "", "", ""] Retina Blood vessels Photoreceptors Rods and cones ["", "", "", ""]

The human eye is the sensory organ for vision. It is an intricate structure that has various parts performing their specific functions in a coordinated manner. Human perception is highly dependent on this special sense. The odd one out has been picked from the given sets as below: 1. Choroid Sclera Vitreous humor Retina Odd one out - Vitreous humor Vitreous humor is a liquid part in the posterior chamber of the eye between the lens and the retina. The choroid, sclera, and retina are all membranous layers present in the eye. 2. Ciliary body Iris Superior rectus Choroid Odd one out - Superior rectus The superior rectus is an extraocular muscle that controls eye movement. It is not present within the eye like the ciliary body, iris, and choroid. 3. Proprioceptors Rods Cones Photoreceptors Odd one out - Prioporioceptors Proprioceptors are required for position sense. These are not present in the eye. The rods and cones are the two photoreceptors present in the eye. 4. Inferior oblique Iris Superior rectus Inferior rectus Odd one out - Iris Iris is not an extraocular muscle and hence is the odd one out here. The superior rectus, inferior rectus, and the interior oblique are all extraocular muscles controlling the movement of the eyeball. 5. Retina Blood vessels Photoreceptors Rods and cones Odd one out - Blood vessels Blood vessels are the odd one out here because they don't have any function in image formation or vision in the eye. The rods and cones are photoreceptors present in the retina that are required to form an image.