Look at the related question, for some good info about this. It looks like it does both all of the time, but sometimes it is more convenient to use one method or the other. When you are evaluating it on a macroscopic scale, then the wave equations are what you want to use. When you are looking at very small scale behavior, then particle evaluation makes more sense.
It can act as both
Albert
Both. For more information, read the Wikipedia article (or some other source) on "wave-particle duality".
it can behave like a particle and like a wave (a photon and the E.M spectrum) are the dual properties of light.
Yes. Depending on the experiment that you do, light acts like either one or the other.
No it also behaves like a particle
It can act as both
Albert
Both. For more information, read the Wikipedia article (or some other source) on "wave-particle duality".
it can behave like a particle and like a wave (a photon and the E.M spectrum) are the dual properties of light.
Light doesn't really feature in chemistry but on the rare occasions it does it is as a wave and a form of energy, not a particle.
Yes. Depending on the experiment that you do, light acts like either one or the other.
Light behaves simultaneously as a wave and as a particle.
the duality paradox
the duality paradox
The wave behavior can be seen in phenomena such as interference.The particle behavior can be seen, among other things, in the photoelectric effect.
Absorption, Reflection & Refraction.