( Ill) A simple picture of an H2 molecule sharing two electronsis shown in Fig. 40-49. We assume the electrons aresymmetrically located between the two protons, which areseparated by r0 = 0.074 nm. (a) When the electrons areseparated by a distance d, write the total potential energy Uin terms of d and r0. (b) Make a graph of U in eV as a functionof d in nm, and state where U has a minimum on your graph, andfor what range of d values U is negative, (c) Determine analyticallythe value of d that gives minimum U (greatest stability).

PHY 111 Class Notes 1/11 1/15 Quantities: ● Length: meters ○ 1 meter is defined as the distance travelled by light in vacuum during a time interval of 1/299792458 seconds. ● Mass: kg ○ 1 kg is defined as the mass of a specific platinum iridium alloy cylinder kept at the International Bureau of Weights and Measures in France....