Complete these structures by adding dots as needed. Complete these structures by adding dots as needed.
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Question “Complete these structures by adding dots as needed. Complete these structures by adding dots as needed.”
Complete these structures by adding dots as needed.
Answer
Based on the valance of the atoms in the structure, you can draw the structure of a molecule.
To achieve octet formation, an atom must form the maximum number of bonds.
Take into account the atoms in the structures and connect them to satisfy their valance. Place the non-bonding electrons on the atoms of the structure.
Molecular structure refers to the special orientation of atoms in a molecular molecule.
Non-bonding electrons are electrons that are not involved in bond formation. The dots represent the on bonding electrons.
Only one bond can be formed by hydrogen with other atoms. To complete its octet, fluorine can also form one bond. Fluorine is a member of Group 7A on the periodic table. Its valance, 1.
The structure of the is as follows:
Hydrogen can only form one bond with other elements. To form an octet configuration, oxygen can form two bonds. Oxygen is a member of Group 6A on the periodic table. Its valance number is 2.
Below is the complete structure.
To form an octet configuration, oxygen can form two bonds. Oxygen is a member of Group 6A on the periodic table. Its valance number is 2.
To complete its octet structure, nitrogen can form three bonds. Nitrogen is a member of Group 5A on the periodic table. Its valance, 3.
Below is the complete structure.
Ans:
This is the complete structure:
Conclusion
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