Since O is both smaller and more electronegative than Se, it has a higher electron density, which draws H more strongly.
<h3>Why do hydrogen bonds develop in water?</h3>
The polarity of water's molecules, specifically their capacity to form hydrogen bonds with other molecules and each other, is what gives it these special characteristics. We'll examine this hydrogen bonding in more detail below. The molecular makeup of water holds the key to understanding its chemical behavior.
<h3>Can water form a covalent bond?</h3>
In the universe, water is the third most prevalent molecule after carbon monoxide and hydrogen gas (H2) (CO). Polar covalent bonds are the types of chemical connections that hold hydrogen and oxygen atoms together in a water molecule. Hydrogen connections between water molecules are easily formed.
<h3>What fascinating details are there regarding water molecules?</h3>
Vital Water Statistics. Polar covalent bonds are the types of chemical connections that hold hydrogen and oxygen atoms together in a water molecule. Hydrogen connections between water molecules are easily formed. A water molecule can join up to four different species in hydrogen bonding.
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