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An atom's orbital with one electron combines with another atom's orbital that also contains one electron. What is produced?

a. A bonding orbital containing two electrons
b. A covalent bond
c. A molecule
d. A hydrogen bond
e. Responses a, b, and c

1 Answer

4 votes

Final answer:

When an atom's orbital with one electron combines with another atom's orbital that also contains one electron, it produces a bonding orbital containing two electrons, a covalent bond, and a molecule.

Step-by-step explanation:

When an atom's orbital with one electron combines with another atom's orbital that also contains one electron, the result is a bonding orbital containing two electrons. This occurs through the formation of a covalent bond. The combination of the two orbitals creates a molecule. Therefore, the correct answer is Response e, bonding orbital containing two electrons, covalent bond, and a molecule.

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