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The glow is caused by a chemical reaction.This reaction is sort of like burning something, it can't be undone.
Yes. Only certain minerals will glow under ultraviolet light. First you have to have the uv light shining on it, then you have to turn the lights off and they will grow
No, red glass does not only reflect and transmit red light waves. It actually transmits the white light waves through the red glass creating a red glow. A transparent object generally transmits light while a solid object reflects light.
The fillement inside the bulb makes it light up. It acts a ressistor and only lets a small bit of electricity through, therefor pressurising the energy which makes it hot and makes it glow.
Yes. Some light is absorbed by the paper and some is reflected. Only some light passes through.
no, xenon is a noble gas which only produces light when electricity is passed through it. glow sticks work by combining 2 chemicals that produce light via a chemical reaction
It has something to do with the energy waves that are moving through the bulb like a current.
The glow is caused by a chemical reaction.This reaction is sort of like burning something, it can't be undone.
They glow even during day but the intensity of its light is negligibly small compared to that of sun.So it appears that it does not glow
your eye -pupil
When things that are supposed to glow in the dark don't, it is usually because they were not exposed to other sources of light. For example, glow stars only glow if the light in the room they decorate has been on for sometime, in a kind of absorbtion process. Without previous contact with a light source they can't glow.
Yes. Only certain minerals will glow under ultraviolet light. First you have to have the uv light shining on it, then you have to turn the lights off and they will grow
because light reflects into the owl`s eyes, then it reflects, making it glow, only at night
as far as i know C3's don't have a glow plug light or only use it when it is very cold i.e below freezing
With only four atoms, not known.
fluorescence is on of them and the only one that i know of
It depends on the luminescence of the materials. I see no difference between "the light source" and "the intensity of the light". Please restate and/or clarify the question.