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Steps for Drawing an Orbital Diagram Draw a long vertical arrow that points upward. Write out the electron configuration to determine which orbitals are filled. Along the right side of the energy arrow, write each electron shell that is being filled. Next to each electron shell level, draw a box for each subshell.
0:01 2:42 And then you write a line next to it. So I have one S. And Im going to put a line there sometimesMoreAnd then you write a line next to it. So I have one S. And Im going to put a line there sometimes people put boxes you can do either one of them.
0:55 12:11 So once you have the ground state electron configuration. Then you can draw the orbital diagram. SoMoreSo once you have the ground state electron configuration. Then you can draw the orbital diagram. So this is the 1s energy level this is 2s. And this is 2p p always have three orbitals.
In the question 1s 2s 2p 3s 3p represents electron orbital energy levels. These orbital energy levels depend on 2 quantum numbers-Principal quantum number and Azimuthal quantum number . Principal quantum number describe the electronic shell of an atom. It describes the distance between the nucleus and the electron.
1:19 2:14 And then double them up. We have 3 s2 3 p6. And we end up with 4s1. So this is the atomic orbitalMoreAnd then double them up. We have 3 s2 3 p6. And we end up with 4s1. So this is the atomic orbital diagram for potassium. Sometimes youll see it written like this as well.
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An orbit diagram is a way to visualize the asymptotic behaviour of a map, when a parameter of the system is changed. In practice an orbit diagram is a simple plot that plots the last n states of a dynamical system at a given parameter, repeated for all parameters in a range of interest.
Lesson Summary Aufbau principle states that electrons will fill the lowest energy orbitals first. Pauli exclusion principle states that each orbital can hold a maximum of two electrons. Hunds rule states that for each energy level, electrons will fill the empty orbitals first.

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