O2 molecule consists of two oxygen atoms. In the molecule, nuclear force between the nuclei of the two atoms

Question

O2 molecule consists of two oxygen atoms. In the molecule, nuclear force between the nuclei of the two atoms (A) is not important because nuclear forces are short-ranged (B) is as important as electrostatic force for binding the two atoms (C) cancels the repulsive electrostatic force between the nuclei (D) is not important because oxygen nucleus has equal number of neutrons and protons

Tardigrade Admin · Accepted Answer

In the given oxygen molecule, nuclear force between the nuclei of two atoms is not important because nuclear forces being short ranged are confined only within one particular nucleus. The distance between the nuclei of two atoms is large. So nuclear forces between two nuclei is not effective.

Q. O2​ molecule consists of two oxygen atoms. In the molecule, nuclear force between the nuclei of the two atoms

is not important because nuclear forces are short-ranged

is as important as electrostatic force for binding the two atoms

cancels the repulsive electrostatic force between the nuclei

is not important because oxygen nucleus has equal number of neutrons and protons

In the given oxygen molecule, nuclear force between the nuclei of two atoms is not important because nuclear forces being short ranged are confined only within one particular nucleus. The distance between the nuclei of two atoms is large. So nuclear forces between two nuclei is not effective.

Q. $O_{2}$ molecule consists of two oxygen atoms. In the molecule, nuclear force between the nuclei of the two atoms