what will happen when a electron of phosphorus atom changes its position from l -shell to M- shell explain
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MY OPINION ABOUT THE OBSERVATION IS: The common volume to two orbitals makes sense even when we consider the 3-Dimensional structure of an atom.
How it makes sense?
The S orbital is spherical in shape and P orbital is in shape. So,some region of P orbital will lie in s orbital also(as both orbitals are present around the nucleus).
ACCORDING TO THE KNOWLEDGE I HAVE IN QUANTUM MECHANICS: An electron can occupy only one orbital at any given instant .I. E.for example,it can either be in 1S or 2P but definitely not in both the orbitals.This is because the two orbitals have quite different energies.
How it makes sense?
The S orbital is spherical in shape and P orbital is in shape. So,some region of P orbital will lie in s orbital also(as both orbitals are present around the nucleus).
ACCORDING TO THE KNOWLEDGE I HAVE IN QUANTUM MECHANICS: An electron can occupy only one orbital at any given instant .I. E.for example,it can either be in 1S or 2P but definitely not in both the orbitals.This is because the two orbitals have quite different energies.
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Each of those colored balls is an electron. In an atom, the electrons spin around the center, also called the nucleus. ... Once one shell is full, the next electron that is added has to move to the next shell. So... for the element of PHOSPHORUS, you already know that the atomic number tells you the number of electrons.
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