An integral number of electron wavelengths must fit into theelectron\'s circular
ID: 1759449 • Letter: A
Question
An integral number of electron wavelengths must fit into theelectron's circular orbit.
Only one electron can exist in each possible electron state.
An electron has a spin of l/2.
The atom is composed of a small, positively charged nucleusorbited by electrons.
An incident photon is completely absorbed when it causes anelectron to move to a higher energy state.
An integral number of electron wavelengths must fit into theelectron's circular orbit.
Only one electron can exist in each possible electron state.
An electron has a spin of l/2.
The atom is composed of a small, positively charged nucleusorbited by electrons.
An incident photon is completely absorbed when it causes anelectron to move to a higher energy state.
Explanation / Answer
An integral number of electron wavelengths must fit into theelectron's circular orbit.