question hydrogen bonds form between adjacent water molecules because the charged hydrogen end of one water molecule attracts the charged oxygen end of another water molecule. negatively, positively negatively, positively positively, positively positively, positively positively, negatively positively, negatively negatively, negatively

Respuesta :

The positively charged hydrogen end of one water molecule pulls the negatively charged oxygen end of another water molecule, forming hydrogen bonds between the two neighboring water molecules.

How does hydrogen bonding work?

Instead of forming a covalent bond with an atom of hydrogen, molecules are attracted to one another by a process known as dipole-dipole attraction.

It is brought about by the attractive attraction between two very electronegative atoms, such as an N, O, or F atom and a hydrogen atom covalently bound to one of them.

Hydrogen bonds may form in any molecule when an oxygen or nitrogen atom is directly connected to a hydrogen atom.

Hydrogen bonds also arise when hydrogen is linked to fluorine.

Since hydrogen bonds are essential for the structure and characteristics of DNA, they play a crucial role in biology.

These bonds are what bind the nucleotide base pairs here on two strands of DNA together.

Hydrogen bonds develop between two water molecules when one's positively charged hydrogen side pulls in the other's negatively charged oxygen end.

the answer is positively and negatively respectively.

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