This is nice but what about thisquestion which assumes to have an element that has one electron just like hydrogen but it has so many energy levels. So according to the energy associated with the removal of an electron, will this element emit more energy than hydrogen or what and why? Here is my line of thought, I was thinking it will emit less energy because of less attraction between the nucleus (assuming that an electron will be in the lergest energy level) and an electron but again if we are to remember properly since there is only one electron, it will be in the n=1 shell to acquire the lowest energy state. This is what confuses me, I don't know what to do or is it my opinion which is not ok. Your response will be highly appreciated 🙏.
Excellent as always my man, many thanks!
Thanks again!
Nice video,,thanks
You're welcome, glad you liked it.
Wow thx sir
U r nice
You are very welcome, thanks for commenting.
Thank you sir
You are very welcome.
This is nice but what about thisquestion which assumes to have an element that has one electron just like hydrogen but it has so many energy levels. So according to the energy associated with the removal of an electron, will this element emit more energy than hydrogen or what and why? Here is my line of thought, I was thinking it will emit less energy because of less attraction between the nucleus (assuming that an electron will be in the lergest energy level) and an electron but again if we are to remember properly since there is only one electron, it will be in the n=1 shell to acquire the lowest energy state. This is what confuses me, I don't know what to do or is it my opinion which is not ok. Your response will be highly appreciated 🙏.