Blue, Green, and Brown.
There are colors at both ends of the light spectrum that human eyes can not see.
Different colours appear because it is the way the human eye perceives them. Colours have different wave lengths and human's eyes can see that which makes you see it as a colour. The thing that makes colours different is the size of the wavelength.
yes because when we see something white like a white light it is actually the primary colours but are eyes are telling us to see them as white and not individual colours but if there is more of one colour then it will come out that colour more instead of white. Unfortunately mixing pigment is not like mixing light. If you mix equal parts of all three primary colours of light, you will get white light. If you mix equal parts of the tree primary pigments you will get some form of black/grey/brown.
Actually, there are only three primary colors, and they are red, yellow, and blue.
White color is produced when all three primary colors are mixed in equal amount. White color is seen when the three primary colors are reflected equally towards our eyes.
Primary colors are formed due to the way our eyes perceive light and color. In additive color mixing (like on a screen), the primary colors are red, green, and blue because they can be combined to produce a broad range of colors. In subtractive color mixing (like with paint), the primary colors are typically red, blue, and yellow because they are the three colors that can be mixed to create all other colors.
The cone-shaped cells in the eyes detect colours.
The cone-shaped cells in the eyes detect colours.
The colors that can appear within the human genome are regulated by the genes that code for specific colors. The human eye-color is limited by what colors the genes can code for.
eyes.
Kangaroos have brown eyes.
Purple