Why Does Electron Energy Remain Constant Over Time?

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The discussion centers on the concept of electron energy levels and their changes over time. It clarifies that while an electron's energy remains constant in certain stationary states, it can change when transitioning between energy levels, leading to the emission or absorption of quantized light spectra. The dialogue emphasizes that energy changes do occur and must be considered in the context of time, as electrons can indeed shift between different energy states. The conversation reflects a mix of confusion and clarification regarding the conditions under which electron energy is perceived to change.
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Why does the energy of an electron does not change with time ?
 
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Fact that I am answering your post is based on electrons changing their energies, both in my body, in my monitor, and in zillions of devices between you and me. So your question is either completely wrong, or it is incomplete (ie it doesn't state conditions in which the energy doesn't change).
 
Borek said:
(ie it doesn't state conditions in which the energy doesn't change).
It doesn't change with respect to time.But the energy does change when the electron moves from either lower to higher or higher to lower energy levels (stationary orbits).It leads to either emission or absorption of spectrum of colors.which are quantisied.
 
Docscientist said:
It doesn't change with respect to time.

Sure it does. If it changes at all (and it does) it must change in time.

I have no idea what you are aiming at, sorry.
 
Borek said:
Sure it does. If it changes at all (and it does) it must change in time.

I have no idea what you are aiming at, sorry.
It's okay.Don't worry about it :smile:
I get too many stupid doubts as soon as I get to read about something.:biggrin:
 

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