The mantis shrimp possesses 16 different kinds of color receptors in its eyes. Additionally, these shrimp are able to detect the phase and polarization factors of light.
I have read somewhere that there are over 16 million colors, but who knows? Maybe it's not right.
If there are four colors on a spinner, then the probability of spinning one particular color is 1 in 4, or 0.25. Also, the probability of spinning one of two particular colors is 2 in 4, or 0.5. Combining these two "unrelated" events simply requires multiplication. The probability, then, of spinning one particular color on one spin, and then spinning one of two particular colors on the next spin is (1 in 4) times (2 in 4), or 2 in 16, or 0.125.
Different screen sizes are available on Acer Notebooks : 7", 8", 10", 11", 12", 13", 14", 15", 16" and 17". There are also different colors to choose from.
16% of 16= 16% * 16= 0.16 * 16= 2.56
There are 6 unique combinations of 2 colors.*The total number of pairs is 12, but there are 6 that are the same pairs.The formula would be (n)(n-1)/2 where n = 4 and 2 is the number of unitsIf pairs can include the same color twice, you have 10 possibles.If pairs in different order are counted, you have 12 possiblesIf pairs in different order and the same color twice, you have 16 possibles.*[for four colors ABCD, unique pairs are AB AC AD BC BD CD]---Take the 4 colors Red, Green, Blue, & Yellow, and label them R G B & Y.Some assumptions need to be made to answer this. If order does not matter (Reg-Green is same as Green-Red), and double colors are allowed (example Red-Red is allowed), then it is 10. (RR, GG, BB, YY, RG, RB, RY, GB, GY, BY). Notice that I assumed that GR and RG are the same.If double colors are not allowed, and order doesn't matter, then eliminate the 4 doubles and the answer is 6.If doubles are allowed, and order matters (RG and GR are 2 separate combinations), then answer is 16.If order matters and no doubles, then 12.
"Primary Colors," a novel by Joe Klein, was originally published in 1996.
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.
IBMs EGA Standard supported a choice of 16 simultanous colors out of 64 possible colors.
Censored Colors was created on 2008-09-16.
65,536 colors
The Unexpected - 1952 False Colors 1-16 was released on: USA: 18 June 1952
primary-81% secondary-3% tertiary-16% (includes quaternary industry which is 6% of the tertiary 16%
For a digital photo, bit depth is the number of colors that can be shown in the image. Because the bits can only indicate one of 2 possible states (0 or 1), the number of colors can only be powers of 2. Some examples of bit depths (and the calculation of the decimal number for those of you who know exponents) for image files are: 2-bit (2^2 = 4 colors), 4-bit (2^4=16 colors), 8-bit (2^8=256 colors), 16-bit (2^16=65,536 colors), and 24-bit (2^24=16,777,216 colors).
I have read somewhere that there are over 16 million colors, but who knows? Maybe it's not right.
Primary amenorrhea occurs when a girl at least 16 years old is not menstruating.
262k colors means that up to 262,000 colors can be displayed. 16M colors means that up to 16 million colors can be displayed. 16M display will give a better depth effect but shouldn't be much of a difference otherwise.
Jp 3-16