How Do You Find Electron Configuration For Sodium (Na)

The chemical element sodium has symbol NA and atomic number 11. This is soft, reactive, silver + whitish metal. Electron configuration can be defined as the distribution of electrons of molecules or atoms in molecular or atomic orbits.

Electron Configuration For Sodium

The electron configuration of Sodium can be written as:

1s22s22p63s1

Electron Configuration For Sodium Ion

If we talk about an electronic configuration of sodium ion then it can be represented as:

[Ne] 3s1                                

Electron Configuration For Sodium Ion                                           

Unabbreviated Electron Configuration For Sodium

The unabbreviated electron configuration for sodium can be represented as:

1s22s22p63s1

How Do You Find The Electron Configuration For Sodium?

To find the electron configuration firstly you should be aware of the number of electron in the element. The sodium has 11 numbers of electrons. The orbital arrangement of atoms consists of first orbit 1s which can take only 2 electrons after this 2s orbit consists of 2 electrons.

Then 2p orbit can hold 6 electrons. Remaining 1 electron of sodium is shifted to the 3s orbit. In such a way you can find the electron configuration of sodium.

How Many Electrons are in the p Orbital of Sodium?

P orbit can consists of up to 6 electrons so 6 electrons are held by the 2p orbit of sodium.

How Many Protons and electrons are in sodium?

Mostly all elements have the same number of electrons and protons and in the case of sodium, there are 11 numbers of protons and electrons.

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