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In its ground state it does have a stable octet.
Xenon, like all the noble gases except helium, already has a stable octet!
To achieve octet configuration (stable)
Neither. It has a stable octet in its ground state.
The very simple duet and octet models of covalent chemical bonding describe the chemical bond as involving an electron pair situated between atoms and that atoms lighter than He (there is only H!) achieve a stable duet (2 electrons)-- atoms heavier than He achieve an octet. the duet and octet are the stable configurations of noble gases. Lewis dot diagrams are typically used to "place" the electrons in the appropriate positions.
In its ground state it does have a stable octet.
Xenon, like all the noble gases except helium, already has a stable octet!
by losing or gaining electrons to become stable
To achieve octet configuration (stable)
Atoms are trying achieve a stable electronic configuration i.e., stable arrangement of electrons in their electron shells. All configurations are not stable. Mostly stable configuration is attained by forming an octet of electrons in outer most shell. Sometimes octet rule is violated also.
Noble gases have completely filled octet. They are stable.
Lose two electrons to form a doubly charged calcium cation.
Noble gases have completely filled octet. They are stable.
Neither. It has a stable octet in its ground state.
The very simple duet and octet models of covalent chemical bonding describe the chemical bond as involving an electron pair situated between atoms and that atoms lighter than He (there is only H!) achieve a stable duet (2 electrons)-- atoms heavier than He achieve an octet. the duet and octet are the stable configurations of noble gases. Lewis dot diagrams are typically used to "place" the electrons in the appropriate positions.
They can either pick the electrons from around them, or start throwing them off in a measure of radioactivity.
You probably mean the octet rule, which states that atoms undergo chemical bonding in order to achieve an octet (8) of electrons in their valence shell. This makes them stable. All of the main group elements follow this rule, except for hydrogen. It is stable with two valence electrons. The main group elements are Groups 1, 2, and 13-18.