The most likely structure from combinations of these atoms

AI Thread Summary
The discussion centers on predicting the molecular interactions between an unspecified element X, with the electron configuration of 1s² 2s² 2p⁶ 3s² 3p³, and magnesium (Mg). Participants explore potential compounds formed, including MgX, Mg₂X, MgX₂, and Mg₃X₂. The conversation emphasizes the use of Lewis structures to visualize bonding and determine the most stable configuration. The octet rule is highlighted as a guiding principle, suggesting that element X "wants" to achieve a stable electron configuration, typically by gaining or sharing electrons to complete its outer shell. The number of electrons needed for stability is a key factor in predicting the correct molecular formula.
sergey_le
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an element (we will call it X) got a cofiguration of 1##s^2##2##s^2##2##p^6##3##s^2##s##p^3## what molecule is moste likely to happened between this element and Mg?
1.MgX
2.##Mg_2##X
3.Mg##X_2##
4.##Mg_3## ##X_2##

how do i do it?with lewis structure?just check what structure makes the most sense? or is there another way?
 
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What does the octet rule suggest for this atom? How many electrons would you say it “wants?”
 
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chemisttree said:
What does the octet rule suggest for this atom? How many electrons would you say it “wants?”
thank you
 
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