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A reaction occurs that results in a molecule with two atoms of the same element. The atoms share six electrons. Which molecule...Question
A reaction occurs that result in a molecule with two atoms of the same element. The atoms share six electrons. Which molecule could be the product of the reaction?
A. Si2
B. F2
C. O2
D. N2
A. Si2
B. F2
C. O2
D. N2
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GPT-4o mini
The reaction described results in a molecule with two atoms of the same element that share six electrons. This indicates that the molecule is held together by a triple bond, which occurs when three pairs of electrons are shared between the two atoms.
Given the options:
A. Si2 - Silicon commonly forms covalent bonds but does not typically form triple bonds.
B. F2 - Fluorine forms single bonds, sharing only two electrons.
C. O2 - Oxygen forms a double bond, sharing four electrons.
D. N2 - Nitrogen forms a triple bond, sharing six electrons.
Based on this information, the correct answer is **D. N2**.
Given the options:
A. Si2 - Silicon commonly forms covalent bonds but does not typically form triple bonds.
B. F2 - Fluorine forms single bonds, sharing only two electrons.
C. O2 - Oxygen forms a double bond, sharing four electrons.
D. N2 - Nitrogen forms a triple bond, sharing six electrons.
Based on this information, the correct answer is **D. N2**.
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