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Assuming the spinner has only a finite number of colours, the probability is 0. If there are n colours then on the (n+1)th spin the spinner cannot land on a different colour.
Not all colours have names. They are differentiated by wavelength. Consequently there is an infinite number of colours.
yellow and green
The theoretical probability of randomly picking each color marble is the number of color marbles you have for each color, divided by the total number of marbles. For example, the probability of selecting a red marble is 3/20.
There will be a color and taste difference between the two.
The probability for most of the same colours is most likely green. One of each can be one of each, but there is a small chance you will get more red and yellow than green.
Zero percent using calculus. The likelihood approaches the limit of zero as we recognize the infinite number of colors on the analog color spectrum. It's like: what is the probability of choosing a star in the universe?
These are colours that cannot be created through the mixing of other colours. They are colours in their own right. The three primary colours are RED, YELLOW and BLUE.
the probability relates to camouflage because how much of a color there is
it ends in eight colours
what colours can reptiles be
look at it in the daylight not nite. open a tube of smarties, does it lok like any of these colors yet? if so, then your car color is this.