Closed electron configuration equivalent to closed shell

In summary, a closed electron configuration is when an atom or ion's orbitals are fully filled with the maximum number of electrons, resulting in a stable and unreactive state known as a "closed shell." This is different from an open electron configuration, where the highest energy level is not completely filled, making the atom more reactive. A closed electron configuration is significant for understanding an element's chemical properties and is determined by the number of electrons and the way they fill the orbitals. While noble gases are known for their closed electron configurations, they can also be found in other elements, such as certain transition metals.
  • #1
Derivator
149
0
"closed electron configuration" equivalent to "closed shell"

Hi,

is the term
"closed electron configuration"
equivalent to
"closed shell"?


derivator
 
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  • #2


Derivator said:
Hi,

is the term
"closed electron configuration"
equivalent to
"closed shell"?


derivator

In most cases, yes, they are the same. But you need to provide the proper context, i.e. where is this phrase used? Without that, we can only guess.

Zz.
 

1. What is a closed electron configuration?

A closed electron configuration refers to an atom or ion's electron arrangement in which all of its orbitals are filled with the maximum number of electrons allowed according to the Aufbau principle. This results in a stable and unreactive state known as a "closed shell."

2. How is a closed electron configuration different from an open electron configuration?

In a closed electron configuration, the highest energy level of an atom or ion is filled with the maximum number of electrons, resulting in a stable and unreactive state. In an open electron configuration, the highest energy level is not completely filled, making the atom more reactive and likely to form chemical bonds with other atoms.

3. What is the significance of a closed electron configuration?

A closed electron configuration is significant because it indicates that an atom or ion is in a stable and unreactive state. This is important for understanding an element's chemical properties and how it may interact with other elements in chemical reactions.

4. How is a closed electron configuration determined?

A closed electron configuration is determined by the number of electrons an atom or ion has and the way in which those electrons fill the available orbitals according to the Aufbau principle. The periodic table can also be used as a guide to determine the electron configuration of an element.

5. Are closed electron configurations only found in noble gases?

No, closed electron configurations can also be found in other elements depending on their atomic structure. For example, some transition metals have closed electron configurations in their highest energy levels, making them relatively unreactive. However, noble gases are known for their stable and completely filled electron configurations, which is why they are often referred to as "inert" elements.

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