Meth typically appears as a white crystalline powder under a black light due to its fluorescence properties. The powder may emit a blue or white glow when exposed to UV light, which can help in identifying its presence.
Under a black light, urine may appear fluorescent or glowing due to the presence of certain compounds like phosphorus and riboflavin that can emit visible light when exposed to ultraviolet radiation. This fluorescence is more pronounced in urine that is concentrated or contains traces of certain medications or vitamins.
Under a red light, a lime would appear dark and almost black, as red light does not provide the necessary spectrum to reflect the green color of the lime. The lime's surface would absorb most of the red light, resulting in a lack of color perception.
Black is the absence of color and is created when all colors are absorbed and no light is reflected back to the eye. In terms of pigments, black can be created by combining different colors or using carbon-based materials like charcoal or ink.
Black is the absence of color and light. It appears as a dark, solid color that absorbs light rather than reflecting it. It is often described as the darkest shade possible.
Under magenta light, red would appear darker and more muted due to the presence of magenta light wavelengths. The red may also appear more purple or pink depending on the intensity of the magenta light.
yes it does
It would look like a Bumblebee
black
Black
Black and blue, respectively
Blue appears black under a yellow light. For example if you have a blue car and you put a yellow light on it will appear black due to the absence of color. The light has nothing to reflect back.
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.
black
Under a black light, urine may appear fluorescent or glowing due to the presence of certain compounds like phosphorus and riboflavin that can emit visible light when exposed to ultraviolet radiation. This fluorescence is more pronounced in urine that is concentrated or contains traces of certain medications or vitamins.
A green object will appear dark or black under blue light because it does not reflect blue light well. Green objects absorb blue light, resulting in little to no reflection of this color.
the tomato would appear black.
it will look black but I am not sure