The most likely structure from combinations of these atoms

In summary, the most likely structure of atoms is determined by the arrangement of their electron orbitals and the strength of their chemical bonds. This determination is made through various methods such as spectroscopy, x-ray crystallography, and computational modeling. However, the most likely structure can change depending on conditions and there are limitations to predicting it accurately due to complexity and unknown factors. Understanding the most likely structure can provide valuable information about the properties of a substance and aid in the development of new materials and technologies.
  • #1
sergey_le
77
15
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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  • #2
What does the octet rule suggest for this atom? How many electrons would you say it “wants?”
 
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  • #3
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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FAQ: The most likely structure from combinations of these atoms

1. What is the process of determining the most likely structure from combinations of atoms?

The process of determining the most likely structure from combinations of atoms involves using various techniques such as spectroscopy, X-ray crystallography, and computational modeling to analyze the physical and chemical properties of the atoms and their interactions with each other. This allows scientists to create a model of the structure that best fits the observed data.

2. How do scientists determine which atoms are most likely to combine and form a structure?

Scientists use the periodic table and knowledge of chemical bonding to determine which atoms are most likely to combine and form a structure. Atoms with similar electronegativity and valence electrons are more likely to bond together, while those with very different properties may not form stable structures.

3. Can the most likely structure from combinations of atoms change over time?

Yes, the most likely structure from combinations of atoms can change over time. This can happen due to external factors such as changes in temperature and pressure, or internal factors such as chemical reactions. Additionally, advancements in technology and new scientific discoveries may also lead to changes in our understanding of the most likely structure.

4. What role does symmetry play in determining the most likely structure from combinations of atoms?

Symmetry plays a crucial role in determining the most likely structure from combinations of atoms. In nature, atoms tend to arrange themselves in a way that maximizes symmetry, as it is the most stable and energetically favorable arrangement. Therefore, scientists often use symmetry analysis to predict and confirm the structure of molecules and crystals.

5. Are there any limitations to determining the most likely structure from combinations of atoms?

Yes, there are some limitations to determining the most likely structure from combinations of atoms. One limitation is that the process can be time-consuming and complex, especially for larger and more complex molecules. Additionally, some structures may be difficult to determine experimentally, and computational models may be necessary. Also, the accuracy of the predicted structure is dependent on the quality and quantity of data available.

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