Light consists of streams of small wavelike particles called photons which are produced in huge numbers by any incandescent body like the Sun or a lamp. These photons bounce off objects into the eye. They land on the retina at the back of the eye where receptors sense them and send signals to the brain. The retina actually sees the world upside down but the brain "reverses" the image for our benefit.
Our eyes need light to see an object, this is why we can't see well in the dark. When the eyes see an object, the image goes first to the cornea. The cornea is the top layer of your eye. It helps the image to have colour. From the cornea, the image goes to the pupil which is the black dot in the middle of your eye. The pupil sends the image to the lens which is the coloured bit right behind your pupil. The lens help you to see an image and make it clear, depends how sensitive your eyes are. The lens job is to then push the image to the retina. The retina is the middle of the eye (the inner layer). The retina shows the image upside down so that the brain knows that the image is the right way up.
You see upside down, then iot flips and stuff soory for the bad answer... im 10!
The part of the eye that receives the light stimulus and turns it into something our brain can interpret is called the retina.
"What part of your eyes enables us to see?" Your retina allows you to see(at least I think it should be)
Eyes are organs that can detect light. They then send the signal along the optic nerve to some areas of the brain.
♪ It takes away the darkness in my life! ♫
Because windows allow light to pass through them and mirrors reflect light.
It lets us see things because the light shines onto lets say a book, so the llight then reflects into our eyes so we can see the book.
Red. As the filter will only allow red light through, it, you can not see anything but reds.
you can see light and colour due to the specific cells on the retina of the eye. these cells are called rods and cones. Rod cells allow you to see in the dark but do not allow you to see colour hence why in the dark everything is black and white. the cone cells allow you to see colour by picking up different wavelengths of light. the amount of these cone cells picking up a certain wavelength for example a lot pick up a blue wavelength, then the more of the cone cells detect this, the darker the blue colour appears.
same way normal light does. it's just normal light bouncing off a reflective surface and onto another surface
Rods and cones are photoreceptors in the eye that allow people to see. Rods allow people to see colors, while cones allow people to see in low light, and in great detail.
The difference between a light and electric microscope is that the light microscope is solar powered
allowed people to see without candles
Because windows allow light to pass through them and mirrors reflect light.
We cannot see a light source even if 1 opaque material is blocking the light source. Opaque materials do not allow light to pass through them so we cannot see light through them but we can still see light reflected by them.
you can't, since there is no light reflecting off the dark side to allow you to see it.
allow u to see
No. May I suggest that you experiment next time and shine a light at a wall and see if there is light on the other side? Or perhaps even shine light at an opaque object and see if light goes through that
Located in the retina (back of the eye) rods allow you see shades of black and grey cones allow you to see colors
It lets us see things because the light shines onto lets say a book, so the llight then reflects into our eyes so we can see the book.
Red. As the filter will only allow red light through, it, you can not see anything but reds.
Pupils are the small, dark circular openings in the center of the iris that allow light to enter the eye. They regulate the amount of light entering the eye by adjusting their size in response to the brightness of the environment.