None, such a pigment would be utterly useless, biologically. Even rhodopsin in your rods, which process black and white and are primarily used for change detection, absorbs multiple frequencies of light. Would it make sense for you to use a ton of different pigments that each absorb one wavelength, instead of having a few that absorb a wide range of wavelengths? I would attach a diagram of the absorption spectra for rhodopsin, but I think my Professor would get mad about copyrights.
Light, or any kind of wave thing, has shorter wavelengths when its frequency is higher than it has when its frequency is lower.
Chlorophyll (mainly), though there are other accessory pigments. Chlorophyll usually absorbs light mainly in the red-orange to blue-violet parts of the visible light spectrum
Red pigment allows for absorption of blue and green light. This kind of light penetrates further into the water so it allows them to photosynthesize even in the deeper parts of the ocean.
black material to absorb the light energy and then more steps follow until electricity is produced.
It depends on what kind of pigment the plant has. The color of the plant is reflected. That means every other color is obsorbed.
All objects do. There is none that does not absorb any.
Light, or any kind of wave thing, has shorter wavelengths when its frequency is higher than it has when its frequency is lower.
Yes. All kind of sunglasses absorb some light. Some light is reflected too. Dark sunglasses absorb more than not so dark sunglasses.
Chlorophyll (mainly), though there are other accessory pigments. Chlorophyll usually absorbs light mainly in the red-orange to blue-violet parts of the visible light spectrum
Red pigment allows for absorption of blue and green light. This kind of light penetrates further into the water so it allows them to photosynthesize even in the deeper parts of the ocean.
UV light is the same as any other kind of light or radiation along the spectrum from radioactive waves to radio waves. The difference between them is their wavelength and fequency. The longer the wavelength, the less the frequency. UV light is high-frequency short-wavelength light, just a bit more high-frequency than the highest-frequency visible light, which is violet. How does light work? Well, even physicists aren't quite sure.
It contain a pigment called Flavones.
spectroscope.....find out what kind of atoms are giving off light energy
Yes. The energy is given by plank's constant times the frequencie of the photon (remember that light is both particle and wave). So since blue light has higher frequency than green light, it is more energetic.
black material to absorb the light energy and then more steps follow until electricity is produced.
It depends on what kind of pigment the plant has. The color of the plant is reflected. That means every other color is obsorbed.
You didn't specify what kind of wave. Use the relationship: speed = frequency x wavelength.You didn't specify what kind of wave. Use the relationship: speed = frequency x wavelength.You didn't specify what kind of wave. Use the relationship: speed = frequency x wavelength.You didn't specify what kind of wave. Use the relationship: speed = frequency x wavelength.