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Calculate Photon Energy

Now you can easily calculate the energy of photons by applied value of frequency

Now you can easily calculate the energy of photons by applied value of frequency

Calculate Photon Energy

by wenxue wang
Calculate Photon Energy
Calculate Photon Energy
Calculate Photon Energy

What is it about?

Now you can easily calculate the energy of photons by applied value of frequency.As Energy of photon dependent on frequency of electromagnetic wave.This app helps us to learn and get a in-depth knowledge of Electromagnetic waves.This app is basically a a utility for researchers to calyulate energy in souls.As Energy is one the most important parameter for analyzing electromagnetic waves.

Calculate Photon Energy

App Details

Version
1.0
Rating
NA
Size
4Mb
Genre
Education Reference
Last updated
February 5, 2020
Release date
February 5, 2020
More info

App Screenshots

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App Store Description

Now you can easily calculate the energy of photons by applied value of frequency.As Energy of photon dependent on frequency of electromagnetic wave.This app helps us to learn and get a in-depth knowledge of Electromagnetic waves.This app is basically a a utility for researchers to calyulate energy in souls.As Energy is one the most important parameter for analyzing electromagnetic waves.

Planck’s discoveries paved the way for the discovery of the photon. A photon is the elementary particle, or quantum, of light. As we will soon see, photons can be absorbed or emitted by atoms and molecules. When a photon is absorbed, its energy is transferred to that atom or molecule. Because energy is quantized, the photon’s entire energy is transferred (remember that we cannot transfer fractions of quanta, which are the smallest possible individual “energy packets”). The reverse of this process is also true. When an atom or molecule loses energy, it emits a photon that carries an energy exactly equal to the loss in energy of the atom or molecule. This change in energy is directly proportional to the frequency of photon emitted or absorbed. This relationship is given by Planck’s famous equation:
E=hν
E, equals, h, where
E is the energy of the photon absorbed or emitted (given in Joules,J start text, J, end text),
ν is frequency of the photon (given in Hertz,
Hz
h is Planck’s constant,6.626×10−34 Js.

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