Differentiate rods and cones. (Select all that apply.)Multiple select question.Rods are more common than conesRods are numerous in the fovea centralis, and cones are not found in the fovea centralis.Cones contain the pigment rhodopsin, and the pigments in rods are sensitive to blue, green, and red.Rods function in noncolor vision, and cones function in color vision and visual acuity.

Rods are more common than cones: This statement is true. Rods outnumber cones in the human eye. There are approximately 120 million rods compared to around 6 million cones.

Rods are numerous in the fovea centralis, and cones are not found in the fovea centralis: This statement is false. The fovea centralis, a small area in the retina, contains only cones and no rods.

Cones contain the pigment rhodopsin, and the pigments in rods are sensitive to blue, green, and red: This statement is false. It's the other way around. Rods contain the pigment rhodopsin, which allows for low-light vision. Cones, on the other hand, contain pigments that are sensitive to blue, green, and red light, allowing for color vision.

Rods function in noncolor vision, and cones function in color vision and visual acuity: This statement is true. Rods are responsible for vision in low light conditions (scotopic vision) and don't perceive color, while cones function in conditions of normal or bright light (photopic vision) and are responsible for color vision and high spatial acuity.