![apple color palette apple color palette](https://www.color-hex.com/palettes/37429.png)
And overall, Google’s color scheme does feel very primary or basic. So while the green in Google's color palette is a secondary color in the CMYK system, it’s actually a primary color in the RGB system. Red, green, and blue light waves are added together in particular combinations in order to produce colors.
![apple color palette apple color palette](https://i.pinimg.com/originals/ba/c6/13/bac613842c55e4313f210eedef2b8439.png)
With me so far? Great! Because the colors you saw in the above example weren’t created using the CMYK color model: they were created using the RGB (red, green, blue) color model, which is the model that computers, televisions, and other electronic devices use. Unlike CMYK, RGB is an additive model. So, using this model, you could argue that a green object isn’t really green at all: it’s simply an object that’s reflecting the wavelength for green and absorbing the wavelengths for all the other colors. The wavelengths of light that don’t get absorbed are reflected, and that reflected light ends up being the color we see. Here’s where things can get a little confusing: CMYK is a subtractive color model, which means colors are created through absorbing, or subtracting, particular wavelengths of visible light. Essentially, this color model is comprised of the three primary colors plus black, the latter of which is used for creating darker versions of colors. But that’s because the world of painting (and printing) adheres to the CMYK - cyan (blue-ish), magenta (reddish), yellow, and key (black) - color model. Now, if we were mixing blue and yellow paint, that idea of "mixing" would hold true. So, to create green - the only secondary color in Google’s color palette - one simply needs to mix blue and yellow together. Of course, that blue, green, yellow, and red color palette belongs to none other than the great Google.Įven without having any previous education around color theory, there are some basic lessons we can take away from this palette on how different color models work.įor starters, you may have noticed that the red, blue, and yellow in Google's palette are primary colors - colors you can mix together to form all of the other colors. Note: Be sure to scroll down nice and slow so you have a chance to guess before revealing the answer! Example #1: Understanding Different Color ModelsĪlright, here we go: Which website does the color scheme below come from?
![apple color palette apple color palette](https://colorpalettes.net/wp-content/uploads/2016/01/color-palette-2618.png)
Then, we’ll dive into the color theory behind what makes a particular color palette work (or not work, if that happens to be the case). In the rest of this article, I’ll walk you through seven, real-word examples of color palettes on the web. For each example, we’ll see if you can guess which company or brand the color palette comes from. Now that we’ve thoroughly ripped apart a quote from one of history’s most famous artists, let’s get practicing! So, while Picasso may have been born with some level of predisposition toward being good at painting, the primary reason why he was so good is quite simple: he painted a lot. And if you practice a lot, you can get better at picking the right color palettes, too. But I’d argue that the "10,000 hours theory” makes that notion irrelevant. For those unfamiliar with the 10,000 hours theory, it states that anyone can become a master of a particular skill provided that they practice that skill for, approximately, 10,000 hours during their lifetime. It would seem, according to Picasso’s quote, that being able to determine what colors look good next to each other is a talent you’re born with, and not something you can learn.įrom a scientific standpoint, it’s certainly plausible that some people are genetically predisposed to being good at art and design.
![apple color palette apple color palette](https://i.pinimg.com/originals/9f/e8/6b/9fe86b5a9cc93922b17b4fee22923b9a.png)
As in, you can’t teach someone to have a sense of style or how to develop artistic sensibilities that there is some innate, incomprehensible trait that some people have and some people don’t. I realize that Picasso probably meant “one can never learn how to paint” in a less literal, more philosophical way. You actually can figure out why “two colors, put one next to the other, sing.” Or, more accurately, you can figure out why some color combinations work (i.e., look good) and why other color combinations don’t work (i.e., look terrible). Just as one can never learn how to paint." Pablo Picasso once said, "Why do two colors, put one next to the other, sing? Can one really explain this? No.