Black and blue, respectively
Yes, but it is not nesicarally green rock that glows under black light. Some rock are florescent and glow (under black light). Most of these rocks appear green, but not nesicarally all of them.
White light is made up of all of the colors of the spectrum, so the green looks green because the green light is reflected back to your eyes while the other colors are absorbed. Under a red light, the green light is filtered out so there is no green to reflect so it looks black.
Green would appear black or very dark under magenta light because magenta light contains no green wavelengths to reflect back. Therefore, without green light to reflect, green objects would not be visible and would appear dark or black.
When green light is mixed with red light, the colors combine and form black. This is known as subtractive color mixing, where red light subtracts the green color from the green shirt, resulting in it appearing black under red light.
There is no such thing as black light. Black is the absence of light.The above statement is incorrect. The color Black when speaking of light, is the absence of light, but a black light is the term used for Invisible ultraviolet or infrared radiationA black light causes fluorescent materials to emit visible light and is used to take pictures in the dark of various substances.
The grass would appear black under orange lights because green objects appear black under light that does not include green wavelengths. Orange lights contain little to no green light, causing green objects like grass to absorb most of the light and appear as black.
Bleach typically glows a yellow-green color under a black light due to the chemicals present in it that fluoresce under ultraviolet light.
black
A green jersey appears black under blue light due to the way colors are perceived and how materials reflect light. The green color of the jersey is created by the absorption and reflection of specific wavelengths of light; it primarily reflects green wavelengths. Under blue light, which lacks the wavelengths necessary for the green to be reflected, the jersey absorbs most of the light instead, making it appear black.
there is no kind of urine that will glow under a black light. Urine will glow green under a neon light, yet it is mainly unseeable with the naked eye without a neon light.
Under a black light, mold may appear as a fluorescent green or yellow color due to the presence of certain compounds that react to the ultraviolet light.
The red tulip would appear darker, almost black, under the green light due to the color absorption properties. The green leaves would appear bright and vivid as they reflect the green light. The contrast between the red tulip and green leaves would be enhanced under the green light.