a single water molecule composed of one oxygen atom and two hydrogen atoms is held together by bonds. which…

a single water molecule composed of one oxygen atom and two hydrogen atoms is held together by bonds. which of the following statements best describes those bonds?\nelectrons are shared unequally, with the oxygen pulling more than the hydrogens\nelectrons are shared equally between the oxygen and hydrogen atoms\nelectrons are shared unequally, with the hydrogens pulling more than the oxygen\nelectrons are shared equally between the two hydrogen atoms

a single water molecule composed of one oxygen atom and two hydrogen atoms is held together by bonds. which of the following statements best describes those bonds?\nelectrons are shared unequally, with the oxygen pulling more than the hydrogens\nelectrons are shared equally between the oxygen and hydrogen atoms\nelectrons are shared unequally, with the hydrogens pulling more than the oxygen\nelectrons are shared equally between the two hydrogen atoms

Answer

Brief Explanations:

Oxygen is more electronegative than hydrogen. In a water molecule ($H_2O$), the oxygen - hydrogen bonds are polar covalent bonds. This means electrons are shared unequally between the oxygen and hydrogen atoms, with oxygen pulling the shared electrons more strongly due to its higher electronegativity.

Answer:

Electrons are shared unequally, with the oxygen pulling more than the hydrogens