When two H-atoms are coming closer, electron of one atom is attracted by the nucleus of the other and vice-versa. Nucleus-nucleus and `e^-e^-` repulsion are also there.
Indicate the bond length of H-H bond in the potential energy diagram

When two H-atoms are coming closer, electron of one atom is attracted by the nucleus of the other and vice-versa. Nucleus-nucleus and e^-e^- repulsion are also there. How to determine radius of one H-atom?

When two H-atoms are coming closer, electron of one atom is attracted by the nucleus of the other and vice-versa. Nucleus-nucleus and e^-e^- repulsion are also there. Construct a potential energy level diagram for the molecule.

When two H -atoms are coming closer, electron of one atom is attracted by the nucleus of the other and vice versa. Nucleus - nucleus and overlinee-overlinee repulsion are also there. a. Construct a potential energy level diagram for the molecule. b. Indicate the 'bond length of H-H bond in the diagram. c. How do you-determine radius of one H - atom?

When the size of an atom increases, does the attraction of the nucleus on the outermost electron increase or decrease?

The attractive force which holds atoms together in a molecule is called a chemical bond a) Explain the formation of a H_2 molecule on the basis of the valence bond theory (VBT)