Unformatted text preview: rogen is produced when electrons
D. 36. emit radio frequency photons
emit short wavelength photons
jump from a higher orbital to a lower orbital
jump from a lower orbital to a higher orbital An accelerated electron with 8.77 eV of energy strikes a mercury atom and leaves
the collision with 2.10 eV of energy. The maximum frequency of light that can
be emitted by the mercury atom is
A. 1.01 × 1014 Hz B. 5.07 × 1014 Hz
1.61 × 1015 Hz
2.12 × 1015 Hz C.
22 37. For a hydrogen atom, the difference in radii between the sixth Bohr orbital and the
second Bohr orbital is
D. 1.69 × 10–9 m
8.46 × 10–10 m
1.17 × 10–11 m
1.32 × 10–11 m Numerical Response
12. An electron in a hydrogen atom is in the fourth orbital and jumps down to the
second orbital. The energy released is __________ eV.
(Record your three-digit answer in the numerical-response section on the answer sheet.) 23
23 Use the following information to answer the next question.
In a physics demonstration, a student...
View Full Document