How do sub-shells looks like ? Explain with Diagram. (Azimuthal quantum number)
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Do u want the explanation of Azimuthal quantum number?
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S orbital
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S orbital hav spherical symmetrical shape.
i.e the probability of finding electron is same in all direction at a particular distance from the nucleus. S orbital hav ( n - 1 ) nodes.
[ For your information ---> 1s orbital don't have nodes ]
I hav attached their picture in the attachment. ( both 1s & 2s )
P orbital
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p orbital hav Dum.b- bell shape
There are 3 p orbitals, they are Px, Py, Pz..Surface boundary diagram is shown in the attachment.
d orbital
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d orbital hav double dum.b- bell shape. there are 5d orbitals. they are
dxy , dyz , dxz , dx²-y² , dz² .. Figure is shown in attachment.
f Orbital
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One looks like a dum.b bell with two rings. The others have six lobes each in different directions. All have a node at the nucleus. F orbital hav diffused shape.
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Azimuthal quantum number / Subsidiary quantum number ( ℓ )
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For S orbital , ℓ = 0
For p orbital , ℓ = 1
For d orbital , ℓ = 2
For f orbital, ℓ = 3
-------------
S orbital hav spherical symmetrical shape.
i.e the probability of finding electron is same in all direction at a particular distance from the nucleus. S orbital hav ( n - 1 ) nodes.
[ For your information ---> 1s orbital don't have nodes ]
I hav attached their picture in the attachment. ( both 1s & 2s )
P orbital
--------------
p orbital hav Dum.b- bell shape
There are 3 p orbitals, they are Px, Py, Pz..Surface boundary diagram is shown in the attachment.
d orbital
--------------
d orbital hav double dum.b- bell shape. there are 5d orbitals. they are
dxy , dyz , dxz , dx²-y² , dz² .. Figure is shown in attachment.
f Orbital
--------------
One looks like a dum.b bell with two rings. The others have six lobes each in different directions. All have a node at the nucleus. F orbital hav diffused shape.
----------------------------------------------------------
--------------------------------------------------------------------------------------
Azimuthal quantum number / Subsidiary quantum number ( ℓ )
---------------------------------------------------------------------------------
For S orbital , ℓ = 0
For p orbital , ℓ = 1
For d orbital , ℓ = 2
For f orbital, ℓ = 3
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