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).
The following examples demonstrate possibilities of colour systems: RGB and CMYK. RGB is an additive system of red, green and blue, whereas CMYK is a subtractive system from cyan, magenta, yellow and black.
darker version of cyan
Cyan (IPA: /saɪæn/; from Greek κυανoῦς / kyanous, meaning "blue") may be used as the name of any of a number of a range of colors in the blue/green part of the spectrum.
The primary colors, also called light primaries, or additive colors, are; red, blue, and green. The pigment primaries are called subtractive and consist of; magenta, yellow, and magenta. They are paired together as additive and subtractive pairs: Red/cyan. blue/yellow, and green/magenta.
The 3 primary colors of light are Red Blue GreenThe secondary colors are Cyan, Yellow, and Magenta The "primary colors" are red, blue, and green. Combining these colors can create any color or shade of light, and they are represented in video displays by individual color dots within each display pixel.The "primary colors of light" refer to the "colors of the rainbow", or spectrum, which are the individual wavelength ranges present in visible light.Red Orange Yellow Green Blue Indigo Violet (mnemonic acronym ROY G BIV ) (note indigo is not considered a scientific solitary color anymore, demoted kind of like the dwarf planet Pluto)In "subtractive coloration", dye colors are used that absorb one or more wavelengths of light, causing the reflected light to appear as a given color. These absorptive dyes are the colors cyan (bluish), magenta (reddish), and yellow. Along with black, they are ink colors in computer printing. (mnemonic CMYK for cyan, yellow, magenta, black)(* See the related question "what are the primary colors")FYI- The 3 Primary colors of PAINT- what we draw/color with are different-They are red, blue and yellow
A cyan object will appear black when only magenta light is shone on it. Cyan objects absorb magenta light, so no light is being reflected back to our eyes, causing the object to appear black.
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.
Cyan
A cyan object will appear black under red light because red light is absorbed by cyan objects. Cyan is a combination of green and blue light, so when only red light is present, there is no light for the cyan object to reflect or absorb.
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
In the colour circle, cyan is between blue and green. Turquoise and teal resemble cyan.
You will get Cyan (light blue)
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.
Adding yellow and cyan creates the color green.
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.
cyan light
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.