True False Questions
Bohr's model of the hydrogen atom is called
"planetary" because it uses Newton's Law of Gravity
In Bohr's assumptions for the hydrogen atom the
frequency of the emitted photon depends only on the energy difference
between the two levels.
In Bohr's model of the hydrogen atom an electron in
an n=1 orbit has zero angular momentum
In the ground state of a Bohr Hydrogen atom the
kinetic energy of the electron is -13.6 eV.
The Balmer and Lymer series of hydrogen differ in the
initial state of the electron (as opposed to the final
state).
Standing de Broglie waves make the same energy levels
as arise from the Bohr assumptions.
The energy of the ground state of a single electron
He atom (Z=2) would be more negative than the H atom
(Z=1).
The radius of the n=4 Bohr orbit is 1/4 that of the
n=1 orbit.
In the quantum mechanical H atom electrons in the n=1
orbit have zero angular momentum.
In the quantum mechanical H atom electrons in the n=2
orbit all have the same angular momentum.