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[DOC File]The Photoelectric Effect - Physics 205
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Albert Einstein adapted Planck’s idea in 1905 to explain a phenomenon known as the photoelectric effect. The photoelectric effect was first discovered by Hertz in his experiments to investigate Maxwell’s theory of electromagnetic radiation. When ultraviolet light shined on a cathode, a cathode ray (stream of electrons) was emitted. This effect was investigated carefully by Millikan, and the following general …
albert einstein photoelectric effect paper

Photoelectric effect - Wikipedia
Albert Einstein explained the photoelectric effect in a paper published in 1905. It was the second of five ground-breaking papers he wrote that year. In the first paper, Einstein explained the mysterious Brownian motion of particles contained in pollen grains as …
photoelectric effect and quantum theory

Measuring Planck’s Constant Using the Photoelectric Effect
In 1905 Albert Einstein proposed a model of the photoelectric effect as the absorption of photons by electrons in the surface of a metal. The photon is a bundle of light with energy proportional to its frequency;. where is Planck's constant and is the frequency of the light.
albert einstein photoelectric effect equation

[DOC File]TAP502-0: The photoelectric effect
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In 1905 Albert Einstein provided a daring extension of Planck's quantum hypothesis and was able to explain the photoelectric effect in detail. It was officially for this explanation of the photoelectric effect that Einstein received the Nobel Prize in 1921. The figure below shows a circuit that can be used to analyse the photoelectric effect.
who discovered the photoelectric effect

[DOC File]Physics 160 Laboratory - Lawrence University
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2) Photoelectric Effect ( quantum theory. light as quanta or discrete bundles of energy called photons. Einstein applied the notion of light as quanta to the photoelectric effect. 3) Brownian Motion ( kinetic theory of heat & atomic theory. irregular motions of small particles such as pollen or dust in a liquid ( explained by motion of molecules
the photoelectric effect

[DOC File]The Photoelectric Effect - Welsh Government
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In the early 1900s, Albert Einstein predicted, and R.A. Millikin experimentally confirmed, that whether or not the photoelectric effect occurs depends on the incident frequency (wavelength) of radiation (i.e., light) and the type of metal surface, regardless of the intensity of the radiation (light).
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[DOC File]Austin Community College District | Start Here. Get There.
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The photoelectric effect was first explained by Albert Einstein in 1905. When a light of high enough frequency is shone on a metal, electrons are ejected from the metal. According to Einstein’s explanation, when a photon hits the metal, the electrons will be ejected from the metal with a range of kinetic energies from 0 J up to some maximum kinetic energy given by
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Photoelectric effect albert einstein