Atomic Emission Animation
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@kenrp94 Thank you explaining that.
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NO SOUND :(
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cool video!
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@TheDevilvivek ni is principle quantum number.........
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@TheDevilvivek n is principle quantum number.................
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Once the electron is in it's ground state it is stable
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...frequency than red.
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Ok here's what happens: this diagram is showing an electron and it's orbital. The electron is in it's ground state orbit and it is stable. In this diagram the energy (could be just any energy) comes into the electron and the electron absorbs the energy. Once the electron absorbs the energy it becomes excited and moves farther from the nucleus (escaping the electromagnetic attraction from the nucleus) into it's excited state. Once the excited electron is in it's excited state it becomes unstable
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that animation made sense but what is happening with the absorption spectra
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Dude, Ur animations are cool but there is a serious mistake. When an Electron drops back to the ground Level, It emits Radiation in the UV Range and we cannot see it. To see the radiation, it must drop from a higher level to 1st excited (2nd) level.
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amangupta5345 1 year ago 15
...and wants to move back down into it's ground state to become stable. In order for the electron to move back down it has to release energy. Once the electron goes back down into it's ground state it releases a photon (a massless wavelike particle). In this diagram it releases visible light photons. As visible light photons scatters all over some reaches our pupils and we see the light. The higher the excited state the higher the frequency of the photon being emitted. Violet has a much higher
kenrp94 8 months ago