black
In cyan light, the magenta object will appear dark because cyan light is the complementary color of magenta. Complementary colors absorb each other, resulting in a lack of reflection and therefore a dark appearance.
You would expect to see the object appear cyan in color because the cyan filter would absorb most of the colors in the white light spectrum except for shades of blue and green, which combine to create cyan.
The white object will appear red because all colors of light are absorbed by the object except for red and cyan. The red light is reflected to our eyes, resulting in the object appearing red.
White light minus magenta light would appear cyan in color. Cyan is the complementary color to magenta, so when magenta light is subtracted from white light, the remaining color is cyan.
Cyan toner absorbs red light and reflects blue and green light, giving it a cyan appearance. This absorption of red light is what allows cyan toner to create the color cyan when printed on paper.
When light is shined on a cyan object, it will appear cyan as long as the light source contains both blue and green wavelengths, which are the colors that make up cyan. If the light is white, the cyan object will reflect the blue and green light and thus still appear cyan. However, if the light is only red, the cyan object will appear black because it cannot reflect that color.
In cyan light, the magenta object will appear dark because cyan light is the complementary color of magenta. Complementary colors absorb each other, resulting in a lack of reflection and therefore a dark appearance.
You would expect to see the object appear cyan in color because the cyan filter would absorb most of the colors in the white light spectrum except for shades of blue and green, which combine to create cyan.
The white object will appear red because all colors of light are absorbed by the object except for red and cyan. The red light is reflected to our eyes, resulting in the object appearing red.
White light minus magenta light would appear cyan in color. Cyan is the complementary color to magenta, so when magenta light is subtracted from white light, the remaining color is cyan.
Cyan toner absorbs red light and reflects blue and green light, giving it a cyan appearance. This absorption of red light is what allows cyan toner to create the color cyan when printed on paper.
If the light source is truly cyan, the red object should appear black. The object is red because it reflects the red portion of the white light spectrum. With no red wavelengths available to be reflected, the object will have a lack of color (i.e., black).
When red is removed from the white light, which is the color cyan you remain with Bluish-green color.
It is either green because the colour of light above it is the only colour it allows through like in this case Green light only lets green through or it could be cyan as blue and green make cyan but i think it would be green
Cyan absorbs red light. Red light is the opposite color of cyan in the additive color model, so cyan appears to us as a combination of blue and green light while absorbing red light.
The color of the mixture of green and blue light is called cyan.
Try these: #E0FFFF - LIGHT CYAN #00FFFF - TRUE CYAN #57FEFF - CYAN 1 #50EBEC - CYAN 2