The cannot be made by combining other numbers or colours, but nearly all others can be made by combining the primes.
0 and 1 cannot be made from prime numbers. Black cannot be made from a combination of primary colours.
There are three primary colours and three is a prime number. The answer above me is great ^_^ but dont forget... They're both the most important colors/numbers. Kind of. =P
There are millions of colors in the visible light spectrum. The human eye can see approximately 10 million different colors, while electronic devices can display even more with the help of technology.
There are an infinite number of colours. You can keep mixing colours forever, because there are so many combinations. But the simple answer is: Red, Orange, Yellow, Green, Blue, Pink, Purple, Brown, Grey...
There are only three primary colours (red, blue & yellow) and mixing them together in various proportions will get you any number of shades of brown.
In an 18 bit pallet you can have a color range of 262,144 colors but a 24 bit pallet has a range of 16 million colors. There are three primary colors red, green, and blue that when over lapped makes a variety of colors with the possibility of varying colors being limitless.
To make all colors in pigment the 3 primaries must be transparent. Transparent yellow is ASTM number PY150 made from the nickel element. Transparent magenta is PR122, C20H12N2O2. Transparent yellow and transparent magenta mix into the secondary pigment color red. The 3rd transparent primary pigment color is cyan, made from the copper element, PB15. Transparent yellow and transparent cyan make the secondary color green. Transparent cyan mixed with the the transparent magenta color make the secondary color ultramarine blue. Yellow, magenta and cyan are the primary pigment colors, red, green and blue are the secondary pigment colors. Light uses the opposite colors, the secondary pigment colors become the primary light colors. Red, yellow and blue are not the primary colors in pigment or in light. Those colors came from Newton in 1600 and they are just the most obvious colors in the prism and rainbow. RCW
No. Primary is a cardinal number so "first" may be considered as the equivalent primary number but not "one".
Men's Casio watches come in a number of colors, depending upon what style one is looking for. The most common colors are black, grey, brown, silver, gold, and blue.
To make all colors in pigment the 3 primaries must be transparent. Transparent yellow is ASTM number PY150 made from the nickel element. Transparent magenta is PR122, C20H12N2O2. Transparent yellow and transparent magenta mix into the secondary pigment color red. The 3rd transparent primary pigment color is cyan, made from the copper element, PB15. Transparent yellow and transparent cyan make the secondary color green. Transparent cyan mixed with the the transparent magenta color make the secondary color ultramarine blue. Yellow, magenta and cyan are the primary pigment colors, red, green and blue are the secondary pigment colors. Light uses the opposite colors, the secondary pigment colors become the primary light colors. Red, yellow and blue are not the primary colors in pigment or in light. Those colors came from Newton in 1600 and they are just the most obvious colors in the prism and rainbow. RCW
where is the primary number located
That's like asking "How many different lengths are there on a ruler, and what are they ?" There are an infinite number of colors in light. Conceptually, every different wavelength/frequency is a different "color", although your eye may not have the resolution required to separate two colors if their wavelengths are too close together. Whatever two wavelengths you name in the visible range, no matter how close together they are, I can always name another wavelength ... or a million of them ... that fit in between your two. The number of colors there are in light is equal to the number of colors that school kids name in the rainbow, plus the number of paint colors that Sherwin- Williams can mix for you, plus the number of fabric, drapery, and carpet swatches there ever were, plus another infinite number more in addition to those.
Color depth refers to the number of colors that can be displayed in a digital image. It impacts the quality of digital images by determining the range and accuracy of colors that can be represented. A higher color depth allows for more vibrant and realistic images with smoother gradients and finer details.