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For the following electronic configuration of neutral atoms, [ne]3s23p5 , what is the element and the number of unpaired electrons in its ground state?

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The number of unpaired electrons is 7.

What is unpaired electrons?

When an electron resides in the orbital of an atom in chemistry, it is said to be unpaired if it is not a part of an electron pair. Each of an atom's atomic orbitals is large enough to accommodate two electrons with opposite spins.

This electron configuration is known as the noble gas configuration because the core electrons in it are represented by the noble gases that have the appropriate number of electrons.

According to the electron configuration, the atom has 7 more electrons than neon. As a result, the atom is chlorine.

Unpaired electrons are the ones that appear in an orbital alone, whereas paired electrons are the ones that appear in an orbital as pairs in an atom.

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The number of unpaired electrons is 7. The element  is Chlorine.

What is unpaired electrons?

An unpaired electron is an electron that doesn't form part of an electron pair when it occupies an atom's orbital in chemistry.

Two electrons with opposing spins can fit into each of an atom's atomic orbitals.Because the noble gases that match to the right amount of electrons represent the core electrons in this electron configuration, it is known as the noble gas configuration.

The atom possesses 7 more electrons than neon, according to the electron configuration. The atom is chlorine as a result.

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