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Visible light is the collection of all wavelengths of color from red to violet. It is white until certain wavelengths are absorbed or reflected to give colors. You can break visible light apart by using a prism, where you will end up seeing a rainbow (all those different wavelengths I stated). Light itself is a form of radiation (part of the EM spectrum) and delivered in packets of energy called photons. Light also travels in waves.

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What two experiments involving light and matter could not be explained by the wave theory of light?

In the days before quantum mechanics there was discussion whether light was a particle or wave. The problem was that neither one could explain all phenomena completely. For example, the particle theory couldn't not account for interference patterns that can be made with light, but the wave theory could not account for the photo-electric effect. In this effect a photon (a light particle) deposits energy into a metal causing the metal to eject an electron. The puzzling thing was that increasing the intensity of the light did not increase the kinetic energy of the ejected electrons, only the amount of such ejected electrons. The photo-electric effect was finally tackled by Albert Einstein (for which he won the Nobel Prize in 1921), and light is now regarded as consisting of 'wave-packets' with photons have a unintuitive wave-particle duality.


Limitations of Huygen's wave theory of light?

Huygens' wave theory of light cannot explain phenomena like polarization and interference accurately. It also fails to predict some experimental observations, such as the photoelectric effect. Additionally, the theory could not fully account for the speed of light in a vacuum.


What is the relationship between energy and the speed of light?

E= hc/x


What wavelength ultraviolet light is best for viewing fluorescent minerals?

Short-wave ultraviolet light (UV-C, 100-280 nm) is best for viewing fluorescent minerals, as it provides the most intense fluorescence. Medium-wave ultraviolet light (UV-B, 280-315 nm) can also be used, but the fluorescence will be less intense. Long-wave ultraviolet light (UV-A, 315-400 nm) is not ideal for viewing fluorescent minerals as it may not excite the fluorescence as effectively.


Why can light be treated like a particle?

Light comes in chunks of energy called photons.

Related Questions

Why light posses dual nature?

light travel as a wave but it carries photon which is consider to be a particle.so photon done function as a particle and wave motion made effect as wave.


What are facts about light wave can do?

This is all made up answers


Can you make a sound wave at a high enough frequency to convert it into light?

First of all, a sound wave is not a light wave. The frequency is not the only difference - it is quite a different type of wave. A wound wave might somehow INDUCE the creation of light waves (I don't know, it is just a possibility), but the sound wave ITSELF will not become a light wave. Second, the frequencies of light are extremely high; I am not sure whether sound can made at such frequencies.


What type of wave is a light wave an example of?

Light is an example of a electromagnetic wave.


What type of wave does light travel as?

A sonic wave.


What kind of wave does light have?

I would rather say that light IS a wave, not that it HAS a wave. It is a type of electromagnetic wave.


Light travels as a longitudal wave?

No, light is a transverse wave.No, light is a transverse wave.No, light is a transverse wave.No, light is a transverse wave.


Which of the following describes light as a wave?

Light is a transverse wave


What kind of wave does light travel as?

Light is an electromagnetic wave.


Is the light wave electromagnetic or no?

The light wave is electromagnetic yes.


Is light an electromagnetic wave?

Yes, light is an electromagnetic wave.


A light waves brightness depends on the?

A light wave's brightness depends on its amplitude, which determines the intensity of the wave. The greater the amplitude, the brighter the light wave will appear.