Let’s say you’re working on a painting, and you need to mix the perfect shade of orange. You may find yourself wondering, “How do I make orange? And how do I get the color exactly right?”
Learning to make orange colour is fairly simple, but to understand how to make specific shades, you’ll need to know more about both physics and color theory. But don’t worry: we’re here to help! This article will teach you everything you need to know about what colors make orange, including:
- A quick primer on how to make orange and what two colors make orange
- A scientific explainer that teaches you different ways of how to make orange
- A list of orange colour examples, so you can make your perfect shade
- Three tips for getting the perfect shade of orange
There’s a lot to cover, so let’s get started.
How to Make Orange: A Quick Overview
What colors make orange? If you just need to know what two colors make orange, the answer is simple: red and yellow!
Depending on how much red and yellow you mix together, you can get different shades of orange. For instance, marigold will be a more yellow shade of orange, whereas fire will be more red. And mixing in white or black will make the shades lighter or darker.
You can also make orange by mixing together wavelengths of light. If you combine wavelengths of light that add up to 600 nanometers, your eye will see that light as orange.
Of course, there’s more to making orange than just mixing things together. There’s actually a lot of science behind it! Keep reading to learn everything you need to know to about the color orange.
If you find yourself without orange Easter egg dye, you may need to cobble something together. Science can help you figure out how to mix the perfect shade.
What Is Orange?
In order to really understand how to make orange, you have to understand what color is...which means you also need to know how light impacts color.
Here’s how the color experts at Crayola explain the relationship between color and light:
When light shines on an object some colors bounce off the object and others are absorbed by it. Our eyes only see the colors that are bounced off or reflected.
The sun’s rays contain all the colors of the rainbow mixed together. This mixture is known as white light. When white light strikes a white crayon or marker barrel, it appears white to us because it absorbs no color and reflects all color equally. A black crayon or marker cap absorbs all colors equally and reflects none, so it looks black to us. While artists consider black a color, scientists do not because black is the absence of all color.
In other words, different wavelengths of light bounce off of objects...which is what creates different colors!
So what is a wavelength, exactly? Think about light as if it were water at the beach. Sometimes the waves come in high and close together. At other times, the waves come in low and far apart. If you were to measure the length of those waves, you’d start at the crest (highest point) of one wave and measure to the crest of the next. That would give you the wavelength of the water on the beach.
Light works very similarly, except the waves are much smaller and closer together. Your eyes measure these lengths as they bounce off an object, then your brain translates that information into color.
The whole range of possible wavelengths is called the “spectrum.” Here’s an illustration of what the visible light spectrum looks like:
(MNDNF/Wikimedia)
The wavelength of light is measured in nanometers (nm). The longer the wavelength, the “warmer” the color appears. But it turns out that we can only see a tiny, tiny portion of the entire spectrum of light--only those wavelengths between about 400 and 800 nanometers, and the possible wavelengths of light extend almost infinitely in either direction outside that tiny range. Some animals, like snakes and birds, can actually see more of the available spectrum. The range that we can see unaided by technology is called the “visible spectrum.”
If you look at the chart, you’ll see that orange wavelengths of light are around 600 nanometers in wavelength, and is one of the longer wavelengths than we can see.
What Colors Make Orange? A Scientific Explanation
Interestingly enough, when you mix together some objects that reflect light differently, their ability to reflect light gets mixed together as well. This happens in two different ways: additive mixing and subtractive mixing.
How to Make Orange: Additive Mixing
Additive mixing happens when wavelengths of light combine with one another. This is how your television works! We already know that the orange wavelength of light is 600 nm or so. But if two or more other wavelengths combine to equal 650 nm, they can appear orange, too. So if an ultraviolet light wave measuring about 150 nm combines with a purple light wave (that’s 450 nm), your eye will perceive it as orange!
How to Make Orange: Subtractive Mixing
Subtractive mixing happens when wavelengths are removed from the visible light spectrum through the use of physical mediums, such as paints or dyes. This process is called subtractive color because the colored pigments create layers that absorb some wavelengths and reflect others.
So how do you make orange? What two colors make orange? If you mix red and yellow together, you get orange! That’s because the pigments cancel each other out until only light in the 600 nm range gets reflected.
Is Orange a Fruit or a Color?
As colors go, orange is a relatively recent phenomenon. The color orange is named after a type of citrus—specifically the Citrus sinensis, or sweet orange.
The name for the color orange didn’t exist in the English language until the fruit was imported by the Portuguese in the 15th century. Previously, the color was simply called reddish-yellow--or often simply red. That's why orange things that were named before we had the word “orange” are often called red instead. For instance, check out the Robin Redbreast bird that’s common in England...but definitely has an orange chest.
(Francis C. Franklin/Wikimedia)
Another example is people with red hair. We call them “redheads,” even though natural red hair is usually more orange in tone!
Different Shades of Orange
Now that you know how to make orange, here are some examples of different varieties of shades and tints of orange that you can make.
More Reddish Tints of Orange
What two colors make orange? Yellow and red! But if your mix has more red than yellow, the resulting shade of orange will look more reddish.
Orange tints that are more on the reddish end of the spectrum would be:
Carrot
Coral
Fire
More Yellowish Tints of Orange
If you add more yellow than red when you’re making orange, you’ll end up with an orange colour with yellowish tones. Here are some examples:
Apricot
Marigold
Honey
Saffron
Light Tints of Orange
When you add white to a color, you lighten its tone. So by adding white to orange, you’ll get a paler, more pastel shade.
Here are some popular light tints of orange:
Melon
Khaki
Dark Tints of Orange
Oranges that have added black or grayish tints are popular because they create an understated, subtle orange that doesn’t clash as much with other colors.
Here are some popular shades of dark orange:
Rust
Bronze
Spice
Other Colors in Tints of Orange
Here are a few other colors you can make using the colour orange.
Caramel
What color does orange and green make? Brown!
Salmon
What color does pink and orange make? Salmon!
Burnt Umber
What color does orange and black make? Burnt Umber!
Tawny Brown
What color does blue and orange make? Brown!
3 Tips for Getting the Perfect Shade of Orange
Now that you’re an expert on orange, here are three tips to help you mix the exact tint of orange you want. I highly recommend using the color matching company Pantone’s online color tool as a way of helping you visualize various hues of orange.
Tip 1: Choose a Hue
In color, “hue” refers strictly to the colored pigment or combinations of pigments without white or black added. This is what creates pure, bright color. The brighter the hue, the brighter shade of orange you’ll get. So if you want a bright citrus color orange, crank up the hue!
Tip 2: Consider Darkness and Light
The relative lightness or darkness of a color is called its “value.” Typically orange colors with a lighter value will look paler and more pastel. If you want a light color orange, try going for a melon or peach color!
In contrast, orange colors with a darker value will appear richer and more subdued. So if you want a more subtle orange, try going with a spice or rust color.
Tip 3: Adjust the Saturation
The amount of color included in a hue relative to the amount of white or black is called its “saturation.” Colors that make orange and have very little white or black added are considered more intense. So a bright, vivid orange shade like papaya or carrot are considered saturated shades.
Colors that have a lot of white or black added are less saturated, and they’re considered less intense and more delicate. So salmon, for example, would be an unsaturated shade of orange.
By using all three of these tips, you’ll learn how to make orange colour in a hue that excites you. And remember to start with the two colors make orange: yellow and red!
What’s Next?
If you’re interested in color because you’re an artist, then you may want to study art when you’re in college, too. Here’s everything you need to know about getting into college as an artist so that you can pursue your passions.
Many art departments will require you to submit a portfolio as part of your application. Here’s how to compile a portfolio of work that makes reviewers sit up and take notice.
Did you know you can win art scholarships, too? Here’s a list of 51 art scholarships you can apply for to help pay your way through school.
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Ashley Sufflé Robinson has a Ph.D. in 19th Century English Literature. As a content writer for PrepScholar, Ashley is passionate about giving college-bound students the in-depth information they need to get into the school of their dreams.
Holly R.
