Acridine orange gives green fluorescence when bound to DNA (em. max 525 nm) and orange/red fluorescence when bound to RNA (em. max 650 nm).
Fluorite: Fluorite can exhibit a fluorescent response under ultraviolet light, emitting various colors. Calcite: Certain varieties of calcite, such as Iceland spar, can fluoresce under UV light, appearing red, blue, or green. Willemite: Willemite can fluoresce a bright green color under ultraviolet light due to traces of manganese.
Carotenoids are orange because they absorb light in the blue-green part of the spectrum and reflect or transmit the red-orange wavelengths, giving them their distinctive color. This absorption and reflection of specific wavelengths of light contribute to their orange hue.
Actually, there are 7 and these are the colors of the rainbow: red, orange, yellow, green, blue, indigo and violet.
Going from short wavelength light to long wavelength light, the order goes Red - Orange - Yellow - Green - Blue - Indigo - Violet (ROYGBIV)
VIBGYOR- Violet, Indigo, Blue, Green, Yellow, Orange, Red (bottom to top order in spectrum)
When excited by 532 nm green light, caffeine has been seen to fluoresce in the 625 nm wavelength region. This is visible orange light.
blue torquise purple aqua blue-green green light green lightyellow light blue light purple light red light orange orange red
Orange light has a longer wavelength and lower frequency than green light. This gives orange light a warmer appearance compared to the cooler, more vibrant appearance of green light. Green light is also perceived by the human eye more easily than orange light.
The orange would appear darker or muted under green light, as green light will absorb some of the orange wavelengths. This interaction between the two colors may result in the orange appearing more brownish or dull.
Ultraviolet light is commonly used to excite dyes and make microorganisms fluoresce in techniques such as fluorescence microscopy and flow cytometry. The dyes absorb the UV light and emit light of a longer wavelength, allowing for visualization and analysis of the samples.
A light green
Bleach typically glows a yellow-green color under a black light due to the chemicals present in it that fluoresce under ultraviolet light.
A "green" object is called "green" because that's the only color of light it reflects, and it absorbs any other color. If orange light is shining on it, then there's no light for it to reflect, and it looks black to you.
dont knw
red orange and pink
You can an electrophoresis gel and then stain the gel using a solution such as coomassie blue to make the bands visible. Alternatively, you can stain a cell containing DNA by using acridine orange. It is necessary to observe these under an electron light microscope.
If you mix pigments (not light) that are green and orange you will get a grayish brown. Depending on the quantity and quality of the pigments and their hues you might get anything from darker green to gray to brownish orange,