There is no energy pathway for it
.,mk.m
Sometimes, as in phosphorescent objects. But usually it just converts to heat.
phosphorescent materials do this
Fluorescent lights use electric current to excite mercury atoms, which emit UV light. The tube part of the light is covered in phosphorescent material, which is excited by the UV light the mercury produces, and emits visible light. The reason they glow is because it takes a while for an excited mercury atom to emit the UV light, and it takes even longer for the excited phosphorescent molecules to emit all of their excess energy and return to their normal energy levels, also called the ground state. The path of the energy is Electricity -> UV light-> Visible light-> your eye
okay so the energy pathway is: chemical energy----> visible light energy and how that happens is when two (or more) chemicals mix that causes a chemical reaction. The chemical reaction releases chemical energy, so instead of it the chemical energy releasing too much heat, the energy is used for light instead. So basically Chemiluminescence is the process in which chemical energy produced by a chemical reaction is transformed into light energy.
I think the aerobic pathway produces more energy because it has a longer process than the anaerobic pathway.
It depends upon power of phosphorescent light. The power determines energy consumption.
Sometimes, as in phosphorescent objects. But usually it just converts to heat.
phosphorescent means to give off light after radiation has hit it B. Persistent emission of light following exposure to and rremoval of incident radiation.
The first pathway of photosynthesis is the light reaction, which is the absorption of light energy from the sun by the chlorophyll in the plant. The pathway that follows this is the dark reaction or carbon fixation.
Several moments after exposure to an ultraviolet light, a phosphorescent mineral will glow.
phosphorescent materials do this
Shining with a phosphoric light; luminous without sensible heat., A phosphorescent substance.
Several moments after exposure to an ultraviolet light, a phosphorescent mineral will glow.
They are phosphorescent. Flourescent means light reflective, phos means light absorbing. They absorb light and retain it till it it has depleted.
fer
My mother thought it was disgusting when fireflies ran into the windshield, but I thought the phosphorescent smear was magical. It reminded me of the phosphorescent colors on my black light posters back in the 70s.
Fluorescent lights use electric current to excite mercury atoms, which emit UV light. The tube part of the light is covered in phosphorescent material, which is excited by the UV light the mercury produces, and emits visible light. The reason they glow is because it takes a while for an excited mercury atom to emit the UV light, and it takes even longer for the excited phosphorescent molecules to emit all of their excess energy and return to their normal energy levels, also called the ground state. The path of the energy is Electricity -> UV light-> Visible light-> your eye