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3,205,798 Views • Aug 13, 2024 • Click to toggle off description
Views : 3,205,798
Genre: Comedy
License: Standard YouTube License
Uploaded At Aug 13, 2024 ^^
warning: returnyoutubedislikes may not be accurate, this is just an estiment ehe :3
Rating : 4.952 (3,553/291,570 LTDR)
98.80% of the users lieked the video!!
1.20% of the users dislieked the video!!
User score: 98.20- Masterpiece Video
RYD date created : 2024-11-21T20:14:08.938516Z
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3,819 Comments
Top Comments of this video!! :3
primary colors were always taught to us as like "these colors can't really be made by mixing the other colors"
24K |
Yea, this confused the class for a whole week back when i was starting art school. Until one day, my teacher brought a glass prism and acrylic paints and physically showed us the difference between additive and subtractive colours. Anything that has to do with physical pigments like paint or ink, when mixed together, makes black. But when it comes to light, white light through a glass prism becomes a rainbow. So the RYB, CMYK and RGB are all valid. Just in different modes of colouring.
683 |
“Im also a fool with an art degree” that’s right! People love to pretend to be experts, when in fact you are the expert here. I have learned so much from you!
23K |
That’s why screen displays are RGB… for red green blue…
1.2K |
As a lighting designer, primary colors has always implied pigment or paint, so i never really thought about RGB as primaries.
331 |
This also helps people to remember the rod (or cone, I forgot💀) cells in your eyes receptive to only red, blue and green. Different wavelengths of these colours interfere with one another, giving the appearance of another colour (the whole part of the visible part of the electromagnetic spectrum). Science and art for the win
8.8K |
This is the perfect example of why defining terms before an argument is very important.
1.7K |
I hafe never heard someone able to articulate this quite so well!
7 |
When you explain it in depth like this, it makes sense!
1.5K |
You could see the pixels in the old color tv. A small red, blue and green thing close together.
2.5K |
That has to be the best explanation I’ve ever heard. As an educator, you have achieved your goal with me. Thank you very much. I love your videos.
3 |
As a computer scientist. My primary colors always has been red, green and blue.
745 |
Brown is the opposite of neon orange. Neoff orange
247 |
Yes, a huge difference between subtractive and additive color systems 💕☺️💕
Nicely taught 💕
2 |
Well there's a difference between subtractive colour mediums and addative colour mediums
When youre mixing paint then green isn't a primary colour but when you're using a light source like a screen or an lamp it is
So for example if you put a red and a green lamp next to eachother by a white wall the light shining on the wall will look yellow
But if you mix red and green paint it won't be yellow
742 |
As a kid I always wondered why the pixels on the TV were red, green, and blue.
584 |
i had actually learned it like this. I got so confused when i brought it up to someone and they were like “it’s not green, it’s yellow?” and i was like HUH??? and they proved it to me, so i thought i had been lied to or something😭
2 |
This is why digital art software often uses RGB instead of CYMK on their color wheels because the colors on your screen are not the same as the colors you print! Also, just as a fun experiment, if you look super closely at an LED screens pixels, you will see that it's composed entirely of red, green and blue LEDs!
387 |
Green is a primary colour in additive colour mixing - when you work with light, hence RGB.
It is NOT a primary colour in subtractive colour mixing - see CMYK. Those are used when working with any kind of pigment like ink, dye or paint.
To make that difference is extremely important.
1.1K |
@jonathanparra2758
3 months ago
A lot of people seem to forget there is a difference between pigment and light colors
2K |