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Photon energy

Equation

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The color of light is associated with its the photon frequency ($\nu$), and there is a direct relationship between this frequency and the photon energy ($\epsilon$):

$ \epsilon = h \nu $

$E$
Photon energy
$J$
5141
$\nu$
Photon frequency
$Hz$
5564
$h$
Planck constant
6.62607004e-34
$J s$
5142



where the planck constant ($h$) has a value of $6.62\times 10^{-34} , \text{Js}$.

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Image of Berries in Color

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Visible Light

Description

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Rainbow

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If you observe a rainbow, you'll notice that there are actually multiple rainbows, and the sequence of colors shifts: from blue to red and then from red to blue again, and so on.

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Colors

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Colores reales, Mar y Puesta de Sol

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![color08.png](showImage.php)

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Colores reales, Paisaje artico

Image

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![color07.png](showImage.php)

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Color Filter

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Spectrum after Goethe

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