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It becomes a positive ion. However, energetically it is more favorable for magnesium to lose two electrons. It still becomes a positively charged cation.
It becomes a positive ion. However, energetically it is more favorable for magnesium to lose two electrons. It still becomes a positively charged cation.
It becomes a positive ion and atomic radius decreases in size, its divalent ion is more stable though.
it becomes a positive ionit becomes a positive ion
it loses energy
it becomes a positive ion. apex
It becomes a positively charged Magnesium ion.
It becomes a positive ion. However, energetically it is more favorable for magnesium to lose two electrons. It still becomes a positively charged cation.
It becomes a positive ion. However, energetically it is more favorable for magnesium to lose two electrons. It still becomes a positively charged cation.
It becomes a positive ion. However, energetically it is more favorable for magnesium to lose two electrons. It still becomes a positively charged cation.
It becomes a positive ion. However, energetically it is more favorable for magnesium to lose two electrons. It still becomes a positively charged cation.
It loses an electron.
After losing an electron in its outer shell a magnesium atom would become a CATION, a positively-charged ion. However, it is very rare for magnesium to only lose one electron; usually it will lose two and become a cation with a 2+ charge.
It becomes a positive ion.
It becomes a positive ion
It becomes a positive ion.
It becomes a positive ion. However, energetically it is more favorable for magnesium to lose two electrons. It still becomes a positively charged cation.