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 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. Indicate the bond length of H-H bond in the potential energy diagram

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

Consider the case hydrogen Chloride molecule [HCl] The chlorine atom with a higher electronegativity attract the shared pair of electrons towards its nucleus. As a result the chlorine atom in hydrogen chloride develops a partial negative charge delta^- (delta negative) and hydrogen atom develops a partial positive charge delta^+ (delta positive) it can be represented below.

Assertion : As the distance of the shell increases from the nucleus its energy level increases Reason : The energy of a shell is E_(n)alpha(-1)/n^(2)