a) Calculate the angular momentum of Jupiter due to its orbital motion about the Sun. In your calculation, use 7.780 1011 m as the average Jupiter-Sun distance and 3.740 108 s as the period of Jupiter in its orbit.
(b) Assume that Jupiter's angular momentum is described by Bohr's assumption . Determine the corresponding quantum number.
(c) By what fraction would one have to increase the radius of Jupiter's circular orbit in order to raise the quantum number by 1?