Lennard–Jones potential diagrams, also called intermolecularpotential energy diagrams, illustrate the relationship between thepotential energy of a molecule as the distance between the twonuclei changes. Select all of the true statements regardingLennard–Jones potential diagrams from the list below. Once theattractive forces are greater than the repulsive forces, the outerorbitals are able to overlap, thereby allowing a bond to form. Oncea balance is found between the attractive and repulsive forces, theouter orbitals are able to overlap, thereby allowing a bond toform. As the internuclear distance decreases, the attractionbetween the nuclei increases significantly, causing a steepincrease in the potential energy of the system. When the nuclei areinfinitely far apart, the attractive forces between the nuclei aremuch greater than the repulsive forces between them, causing thepotential energy to approach zero. As the internuclear distancedecreases, the nuclear and electrostatic repulsions increasesignificantly, causing a steep increase in potential energy. Whenthe nuclei are infinitely far apart, there is no repulsion orattraction between them; thus, the potential energy approaches zeroPLEASE ANSWER QUESTION PICK THE ONES THAT APPLY