Water molecules and hydrogen bonding?
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Answer:
A hydrogen bond will form between a highly polarized hydrogen atom and a free electron pair You can imagine the oxygen atom in the water molecule as having two free electron pairs. Additionally, there are those two highly polarized hydrogen atoms. So, in total, a single water molecule can form hydrogen bonds with four neighbors, but they're not all of the same kind: there are two in which the water molecule acts as a donor (it donates protons) and two in which it acts as an acceptor (the free electron pairs accept protons).
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Other answers
Because? Two lone pairs of electrons probably has something to do with it.
A hydrogen bond will form between a highly polarized hydrogen atom and a free electron pair You can imagine the oxygen atom in the water molecule as having two free electron pairs. Additionally, there are those two highly polarized hydrogen atoms. So, in total, a single water molecule can form hydrogen bonds with four neighbors, but they're not all of the same kind: there are two in which the water molecule acts as a donor (it donates protons) and two in which it acts as an acceptor (the free electron pairs accept protons).
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Because? Two lone pairs of electrons probably has something to do with it.
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