Color Spectrum For Hydrogen
Today, there is a spectroscopy of hydrogen exploration, and it is very important. Hydrogen is the basis of elements, and its spectral colors have their own meanings.
The colors of the hydrogen spectrum, red, orange, yellow, green, blue, blue and purple, are not random. They all originate from the transition of electrons in hydrogen atoms. When electrons drop from high energy levels to low energy levels, they form colors in the form of light quanta and release energy.
Red is the image of the first drop of electrons; orange and yellow are also born according to their specific energy level changes. Yellow, green, blue and purple, the different transition trajectories of electrons in each table, make this a colorful spectrum.
The study of this chromatography of hydrogen spectroscopy can reveal the secrets of atomic structure and understand the changes in the microscopic world. It is of great benefit to physics and chemistry, and helps our generation to understand the microscopic nature and explore the mystery of matter composition.
The colors of the hydrogen spectrum, red, orange, yellow, green, blue, blue and purple, are not random. They all originate from the transition of electrons in hydrogen atoms. When electrons drop from high energy levels to low energy levels, they form colors in the form of light quanta and release energy.
Red is the image of the first drop of electrons; orange and yellow are also born according to their specific energy level changes. Yellow, green, blue and purple, the different transition trajectories of electrons in each table, make this a colorful spectrum.
The study of this chromatography of hydrogen spectroscopy can reveal the secrets of atomic structure and understand the changes in the microscopic world. It is of great benefit to physics and chemistry, and helps our generation to understand the microscopic nature and explore the mystery of matter composition.

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