What happens when one orbital is in the other? for example: we have one part of "2p" orbital on "z" line, after that, there is a "3d" orbital on "z" line, completely surrounding the "2p" in the same line. I don't understand this thing: 1st-Is the chance of finding electron bigger on the part where two orbitals are combined? 2nd- Electron cloud is negatively charged, so the two clouds would separate because of the same charge,they can not combine
So does this explain why some photonic radiation has different energy levels, also different velocity of wavefront radiation related to polarisation of photon wrt direction ?
I have a question (sorry if my English is bad).
What happens when one orbital is in the other? for example: we have one part of "2p" orbital on "z" line, after that, there is a "3d" orbital on "z" line, completely surrounding the "2p" in the same line. I don't understand this thing: 1st-Is the chance of finding electron bigger on the part where two orbitals are combined? 2nd- Electron cloud is negatively charged, so the two clouds would separate because of the same charge,they can not combine
MrCowwhisperer27 1 month ago
Nice work. Well done
friend572 2 months ago
thank you! visuals help A LOT
iLuvSmartCars 2 months ago
Excellent work.
TiminPhoenix 4 months ago
Nice guys
I0NSH00TeR 5 months ago
nyc... it rockd
=
liza666ish 5 months ago
@omerta410 read about Arnold Sommerfeld and Erwin Schrödinger
thedarkside0007 5 months ago
how scientist did discover that these are the forms of electrons' orbitals?
omerta410 5 months ago
So does this explain why some photonic radiation has different energy levels, also different velocity of wavefront radiation related to polarisation of photon wrt direction ?
z1zaz 5 months ago
This is very interesting.
Are the electrons in 2s located anywhere in the entire larger sphere, or just the part that extends out past the smaller 1s sphere?
BCCWritingClass 6 months ago