Question
Each hydrogen atom needs to get 1 extra electron to get a full outer electron shell. Each hydrogen atom shares 1 electron with the other, leaving 1 pair of electrons in the shared space between the atoms. This is a __ covalent bond.
Answer
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Rupert
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Answer
# ExplanationIn the atomic structure, the outermost shell of an atom is known as the valence shell, and the electrons in this shell are known as valence electrons. These electrons are important as they participate in chemical bonding with other atoms.Hydrogen is the simplest atom with only one electron in its valence shell. The full capacity of the valence shell for hydrogen is two electrons. Therefore, each hydrogen atom needs one more electron to attain a full outer shell. This is achieved through a process called covalent bonding.In a covalent bond, atoms share electrons to achieve a full valence shell. In the case of two hydrogen atoms, each atom shares its single electron with the other. This sharing results in each hydrogen atom having two electrons in its valence shell - one of its own and one shared from the other hydrogen atom. This shared pair of electrons, also known as a bonding pair, resides in the space between the two atoms, effectively 'gluing' them together. This is the essence of a covalent bond.# AnswerThis is a covalent bond.