Multiple Choice
Suppose Bohr had chosen the potential energy of the electron in the hydrogen atom to be V = 0 when the electron is in the orbit with n = 1. He could do this by
A) choosing n = 1 for the orbit where the kinetic energy of the electron is zero.
B) adding a constant 13.6 eV to the potential energy for all values of n.
C) adding a constant 27.2 eV to the potential energy for all values of n.
D) subtracting a constant 13.6 eV from the potential energy for all values of n.
E) subtracting a constant 27.2 eV from the potential energy for all values of n.
Correct Answer:

Verified
Correct Answer:
Verified
Q38: Characteristic x-rays can be produced by bombarding
Q39: Suppose a beam of electrons is incident
Q40: A hydrogen atom is in its first
Q41: An electron in a hydrogen atom makes
Q42: Aline says that the magnetic moment of
Q44: The ground state configuration of chlorine (Z
Q45: An energy of 13.6 eV is needed
Q46: Which of the following, in which n
Q47: The magnitude of the spin angular momentum
Q48: All quantum states forming a shell have