When the light reflects on an object into your eye you see the objects colour. When all of the light reflects into your eye you see the colour as white. So if some of the light is absorbed into the object you see it as it being a certain colour.
There are cone cells in the eye that detect color (the other type of cells is rod cells, which are better at distinguishing light/darkness and patterns). Different colors of light excite different cone cells and cone cell clusters and these cells transmit signals to your brain, which interprets these signals as color vision.
Many animals can see colors. Some examples include birds, primates, and insects. These animals have the necessary specialized cells in their eyes, such as cones, that allow them to perceive a wide range of colors.
black because he was a racist
white light.... , The one that comes from the sun , light bulbs ... and that allows us to see.
you mix them up and see what colour it goes
Colour consistency is the variation of the dominant or contrasting wavelength in identical lamp samples. It is also what allows a human to see the same colour in a variety of situations.Colour constancy is the brains ability to assign a constant colour to a surface. For example Granny Smith apples will have a constant green colour.
in colour
Answer: Colour makes the world a more beautiful place for those able to see in this fashion (not all creatures see in colour). Colour exists for beauty and variety.
Yes. They are red-green colour-blind.
You can imagine the colour as fresh, tropical, and bright. It is more brighter than what you see orange as an colour.
You never use colours that clash. You want to be able to see your data. So you either have a dark colour on a light background or a light colour on a dark background. You never do a light colour on a light background or a dark colour on a dark background, as it will be difficult to see you data properly.You never use colours that clash. You want to be able to see your data. So you either have a dark colour on a light background or a light colour on a dark background. You never do a light colour on a light background or a dark colour on a dark background, as it will be difficult to see you data properly.You never use colours that clash. You want to be able to see your data. So you either have a dark colour on a light background or a light colour on a dark background. You never do a light colour on a light background or a dark colour on a dark background, as it will be difficult to see you data properly.You never use colours that clash. You want to be able to see your data. So you either have a dark colour on a light background or a light colour on a dark background. You never do a light colour on a light background or a dark colour on a dark background, as it will be difficult to see you data properly.You never use colours that clash. You want to be able to see your data. So you either have a dark colour on a light background or a light colour on a dark background. You never do a light colour on a light background or a dark colour on a dark background, as it will be difficult to see you data properly.You never use colours that clash. You want to be able to see your data. So you either have a dark colour on a light background or a light colour on a dark background. You never do a light colour on a light background or a dark colour on a dark background, as it will be difficult to see you data properly.You never use colours that clash. You want to be able to see your data. So you either have a dark colour on a light background or a light colour on a dark background. You never do a light colour on a light background or a dark colour on a dark background, as it will be difficult to see you data properly.You never use colours that clash. You want to be able to see your data. So you either have a dark colour on a light background or a light colour on a dark background. You never do a light colour on a light background or a dark colour on a dark background, as it will be difficult to see you data properly.You never use colours that clash. You want to be able to see your data. So you either have a dark colour on a light background or a light colour on a dark background. You never do a light colour on a light background or a dark colour on a dark background, as it will be difficult to see you data properly.You never use colours that clash. You want to be able to see your data. So you either have a dark colour on a light background or a light colour on a dark background. You never do a light colour on a light background or a dark colour on a dark background, as it will be difficult to see you data properly.You never use colours that clash. You want to be able to see your data. So you either have a dark colour on a light background or a light colour on a dark background. You never do a light colour on a light background or a dark colour on a dark background, as it will be difficult to see you data properly.
No hamsters can't see colour, because they are colour blind. So they can pretty much just see black, white and grey.
the sun makes them
You get white light, the basic light colour you see every day.
The normal colour is a nice see through purple colour.
No. Kookaburras, like most birds, see in full colour. They are believed to have particularly acute colour vision.
Dogs can see colour, but their vision is like a human with red-green colour blindness. For a dog (or rather, their wolf ancestors) the ability to see motion was more important than visual acuity and colour range.
Yes