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Post by volleyguy on Dec 8, 2022 18:45:02 GMT -5
That's a trick question. There is no opposite to red, because it's a primary color. Um, that is not how a color wheel works.   The primary colors are red, blue and yellow (in CMYK it's cyan, magenta and yellow. White is the absence of color and black is all colors--they lighten or darken other colors). Green is a secondary color, created by mixing blue and yellow. It can't be the opposite of red. Secondary colors fall between primary colors. The color wheel image you posted is a one-dimensional graph of a tiered color scheme. |
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Post by oldnewbie on Dec 8, 2022 19:43:51 GMT -5
Um, that is not how a color wheel works. The primary colors are red, blue and yellow (in CMYK it's cyan, magenta and yellow. White is the absence of color and black is all colors--they lighten or darken other colors). Green is a secondary color, created by mixing blue and yellow. It can't be the opposite of red. Secondary colors fall between primary colors. The color wheel image you posted is a one-dimensional graph of a tiered color scheme. We already know you don't know what a color wheel is, you didn't have to tell us again. If your frame of reference is printer toner your description sort of works, though I am concerned that you said mixing all colors would give you black, but in your diagram it gives you a darker orange. Of course if we are talking about a monitor instead of a printer, then the primary colors are red, green and blue (RGB), and all colors is white and no colors is black. Neither of which have much to do with the color wheel, which is used by designers to find aesthetically pleasing complimentary color combinations. |
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Post by volleyguy on Dec 8, 2022 19:50:42 GMT -5
The primary colors are red, blue and yellow (in CMYK it's cyan, magenta and yellow. White is the absence of color and black is all colors--they lighten or darken other colors). Green is a secondary color, created by mixing blue and yellow. It can't be the opposite of red. Secondary colors fall between primary colors. The color wheel image you posted is a one-dimensional graph of a tiered color scheme. We already know you don't know what a color wheel is, you didn't have to tell us again. If your frame of reference is printer toner your description sort of works, though I am concerned that you said mixing all colors would give you black, but in your diagram it gives you a darker orange. Of course if we are talking about a monitor instead of a printer, then the primary colors are red, green and blue (RGB), and all colors is white and no colors is black. Neither of which have much to do with the color wheel, which is used by designers to find aesthetically pleasing complimentary color combinations. I understand. Light is fundamentally different than material colors (painting, dye), but we were speaking of jerseys. And I did say it was a trick question. |
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Post by hornshouse23 on Dec 8, 2022 20:55:57 GMT -5
Um, that is not how a color wheel works. The primary colors are red, blue and yellow (in CMYK it's cyan, magenta and yellow. White is the absence of color and black is all colors--they lighten or darken other colors). Green is a secondary color, created by mixing blue and yellow. It can't be the opposite of red. Secondary colors fall between primary colors. The color wheel image you posted is a one-dimensional graph of a tiered color scheme. So what you’re saying is it’s all burnt orange in the middle. |
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Post by volleyguy on Dec 8, 2022 20:57:51 GMT -5
The primary colors are red, blue and yellow (in CMYK it's cyan, magenta and yellow. White is the absence of color and black is all colors--they lighten or darken other colors). Green is a secondary color, created by mixing blue and yellow. It can't be the opposite of red. Secondary colors fall between primary colors. The color wheel image you posted is a one-dimensional graph of a tiered color scheme. So what you’re saying is it’s all burnt orange in the middle. That’s a tertiary color. lol |
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Post by hornshouse23 on Dec 8, 2022 20:59:38 GMT -5
So what you’re saying is it’s all burnt orange in the middle. That’s a tertiary color. lol I don’t know what that means but it looks pretty orange in the center there so I’m claiming it. Thanks! Not more questions sorry I gotta go. |
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Post by dawgnerd on Dec 8, 2022 22:12:21 GMT -5
So, we already know that the elite 8 will include 4 reds, 2 blues, an orange and a green. An historic all red final four  would require only one upset (OSU over Texas). |
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Post by timduckforlife on Dec 8, 2022 22:18:31 GMT -5
Final 4 needs some Christmas cheer, we need some green with all that red.
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Post by c4ndlelight on Dec 8, 2022 22:20:16 GMT -5
F4 needs some green to make sure it's appropriately Xmas-themed.
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Post by walrust on Dec 8, 2022 23:10:15 GMT -5
Take the Blue pill, then?
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Post by section N on Dec 9, 2022 22:34:05 GMT -5
Fingers crossed.
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Post by robtearle on Dec 9, 2022 22:52:21 GMT -5
Not just red, but the Louisville Cardinals, the Stanford Cardinal, and the cardinal and white of Wisconsin. Time to look up the RGB hex numbers (again).
Only the scarlet of Ohio State messing that up.
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Post by Deleted on Dec 9, 2022 23:20:16 GMT -5
Y'all remember what happened last time a bunch of old white men asked for a red wave? kk  |
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Post by karma on Dec 10, 2022 0:29:03 GMT -5
No, it will be a light blue, dark blue/yellow, lime green/yellow, orange final four 🥰
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Post by hammer on Dec 10, 2022 1:58:53 GMT -5
Has Nebraska fans sold their final four tickets, yet?  |
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would require only one upset (OSU over Texas).
