The rods (themselves) are sensitive to light
The cones are sensitive to colour
You mean at the back of the eye, not behind it? If so, retina
retina
Both rods and cones are light receptors. Rods are connected many to onr neuron, and are good for detecting low-light and movement, but not color. Cones are one to a neuron and detect color. Both are present in most if not all mammals and avians.
Rods and cones are things in your eye that help you to see black and white. Rods are more sensitive than cones. They're what makes optical illusions possible for our eyes along with perception. Rods are sensitive to only the brigtness of the light, and allow us to see in black and white. Cones provide color vision.
The light receptors in the eye are called cones and rods. Cones are responsible for color vision and detailed vision in bright light, while rods are more sensitive to low light levels and are important for night vision.
Yes, rods are more sensitive to light than cones in the human eye.
The rods in human eyes are sensitive (photoreceptive) to light and dark, as opposed to the cones which are sensitive to colour.
Retina which has rods and cones
The eye contains 2 types of photoreceptors: rods and cones. Rods are sensitive to light and dark changes, shapes and movement, whereas cones are sensitive to color.
The major function of Rods in the eye is that of Photo (light) reception. They are more sensitive to light thn are the cones, but are not color sensitive,The rods are photo receptor cells found in the retina. Their main function is to help the eye see in dim light.
Rods in the eye are sensitive to light intensity but do not see color. They are responsible for vision in low light conditions.
Rods.
You mean at the back of the eye, not behind it? If so, retina
retina
Rods are light-sensitive receptors in the retina of vertebrates.
There are two types called rods, which a simply sensitive to light and dark, and cones which are sensitive to colours. Both types are found on the retina but the rods dipsersed evenly over the surface whereas cones are concentrated on an area called the fovea.
Both rods and cones are light receptors. Rods are connected many to onr neuron, and are good for detecting low-light and movement, but not color. Cones are one to a neuron and detect color. Both are present in most if not all mammals and avians.