Both cameras and eyes have lenses that can focus and will project an image ( upside down ) of what they are looking at, and the Pupil from an human eye can expand or contract to adjust the amount of light that enters, this is the same as the shutter of a camera.
Eyes and cameras have lenses, and a form of pupil. Also, the lenses focus images produced by visible light onto a surface(the images form on the surfaces upside down). In digital cameras, there are copies of optical nerves that lead to a memory chip, the brain of the camera.
A camera and eye both have lens, and both need light to see. When you open and close your eye it is like a camera shutter opening and closeing. Hope this help! I have this for homework, so I thought I would help others
The aperture is to the camera as the iris is to the eye. The aperture size refers to how much light is let into the camera to be reflected on the sensor or film. As with the human eye, when the iris contracts itself, the pupil becomes smaller and the eye takes in less light. When the iris widens in darker situations, the pupil becomes larger, so it can take in more light. The same effect happens with the aperture; larger (lower) aperture values let in more light than a small (higher) aperture value. The lens opening is the pupil; the smaller the opening, the less light let in.
The camera and the human eye both process light and record images. A camera uses light to capture images on film or on a computer chip or memory card, but the eyes process light and send image signals to the brain. The sensory perception of sight is achieved inside the brain, not in the eyes.
The outer covering of the eye is called the cornea, which is compared to a camera's lens cover, but it is different in that the cornea does more than cover; it actually converges light, bending the rays into the eye. A lens cover on a camera simply keeps the camera closed and prohibits light from entering the camera
The human eye can be compared to a photographic camera because the pupil of the eye and the shutter on a camera, is what controls the amount of light let in. As for differences, a human eye is alive while a camera is an inanimate object invented by man.
They both have a lens (similar) They are not both body parts (difference)
Both the camera and the human eye can zoom and focus in on a particular object, can get a better picture when exposed to light, and they both cannot see well in the dark.
there are many similarities
lens
similarities between kangaroo and human
There are very many similarities
mnmh
There are many differences and similarities between a perch and a human in the digestive system. One is the enzymes found in the gut.
The similarities between an elephant and a sea sponge is that they share 70% of their genes with human beings.
Both have irises and can focus.
no answer
The human eye can be compared to a photographic camera because the pupil of the eye and the shutter on a camera, is what controls the amount of light let in. As for differences, a human eye is alive while a camera is an inanimate object invented by man.
The human eye can be compared to a photographic camera because the pupil of the eye and the shutter on a camera, is what controls the amount of light let in. As for differences, a human eye is alive while a camera is an inanimate object invented by man.
The human eye can be compared to a photographic camera because the pupil of the eye and the shutter on a camera, is what controls the amount of light let in. As for differences, a human eye is alive while a camera is an inanimate object invented by man.
similarities between kangaroo and human
There are very many similarities
a upside down image is formed in your camera then flipped around when it is seen by the human eye -Monica Magallon
a upside down image is formed in your camera then flipped around when it is seen by the human eye -Monica Magallon
mnmh
There are many differences and similarities between a perch and a human in the digestive system. One is the enzymes found in the gut.
I think a pinhole camera is similar to the human eye because like the pinhole camera when it sees something it reflects the image but it is an inverted image. With the human eye the brain corrects it and turns it the right way up. The pinhole cameras image is not corrected because it does not have a lens.