It couldn’t account for the atomic spectra of elements with more than one electron.
It could not explain the Zeeman effect, which occurs when spectral lines are broken into closely spaced lines by a magnetic field.
It failed to explain the Stark effect, which occurs when spectral lines are divided into fine lines by an electric field.
According to Bohr, electrons’ circular orbits are flat. However, new study shows that an electron travels in three dimensions around the nucleus.
This is based on de Broglie’s idea that light electrons have a dual nature.
The Atomic Model of Bohr does not follow Heisenberg’s uncertainty principle. According to this principle, total accuracy in determining the exact location and momentum of a small moving particle such as an electron is unattainable
Final answer:
It could not explain the Zeeman effect and does not follow Heisenberg’s uncertainty principle.
