Assertion: hydrogen bond | /r/HasProperty | formed
Facets:
value: between two molecules of water
type: LOCATION
value: between molecules
type: LOCATION
value: constantly
type: TEMPORAL
value: between a hydrogen atom
type: LOCATION
Source sentences:
text: There must be a hydrogen acceptor and hydrogen donor for a hydrogen bond to be formed.
text: A hydrogen bond is formed when the positive end of one molecule is attracted to the negative end of another.
text: A hydrogen bond is formed if the polar molecule has a strongly electronegative atom having a lone electron pair (which can act as an electron donor) bonded to a hydrogen atom (an electron acceptor).
text: There are two forms of hydrogen bonds that can be formed; intermolecular hydrogen bonding that occurs between polar molecules and intramolecular hydrogen bonding that occurs in the same single molecule.
text: A hydrogen bond is formed due to the attraction between two atoms of two different molecules.
text: Hydrogen bonds are formed between two atoms of two different molecules.
text: This is because a covalent bond is formed due to sharing of electrons between two atoms whereas a hydrogen bond is formed due to the attraction between two molecules.
text: Hydrogen bonds are formed between a hydrogen atom bound to a small, highly electronegative atom and another small, highly electronegative atom with an unshared electron pair.
text: A hydrogen bond can be formed between two molecules of water due to the 'unequal distribution of electrons within a water molecule'.
text: A hydrogen bond can be formed between two molecules of water.
text: A hydrogen bond is formed when an $\ce{X-H}$ (where X is more electronegative than H) interacts with a donor atom, $\ce{B}$.
text: It is formed between the slightly positively charged hydrogen atom of one molecule and a slightly negative charged atom of another.
text: 2 Meg MovieLiquid water has a partially ordered structure in which hydrogen bonds are constantly being formed and breaking up.
text: They are formed when a single hydrogen atom is effectively shared between the heavy atom it is covalently bonded to (the hydrogen bond donor) and another heavy atom (the hydrogen bond acceptor).
text: As you say, then, when temperature decreases, more hydrogen bonds are formed in general.
text: The bottom line is that a hydrogen bond is formed between molecules where the hydrogen which is bonded to N, O or F in one molecule is weakly covalently bonded to a N, O or F in an adjacent molecule.
text: If the tip of the atomic force microscope, which is functionalized with carbon monoxide, is brought close enough to these hydrogen atoms, hydrogen bonds are formed that can then be examined.