How does the quantum mechanical model of the atom correlate with the traditional Bohr model?

Question by Aggieboy: How does the quantum mechanical model of the atom correlate with all the conventional Bohr model?
How does the quantum mechanical model of the atom correlate with all the conventional Bohr model?
A) Both spot the nucleus at the center of the atom.
B) The way inside that the electron orbits inside the Bohr model is the same because inside the quantum mechanical model.
C) The quantum mechanical electron probability cloud is completely contained in the radius of the conventional Bohr model.
D) The place of highest probability for the electron is at the conventional orbital radius.

Best answer:

Answer by oldprof
A) Other than which, they are totally different.

B) the QM electrons don’t have way because they come plus go inside area time.

C) the QM clouds extend perfectly beyond the Bohr orbits. In truth there is a uncommon event probability which an electron could happen found on the rim of the acknowledged universe. I mentioned it was uncommon.

D) inside the Bohr model, there are no orbitals. There are orbits. Orbitals are purely QM as well as every do not have over 2 electrons. So the amount of highest probability cannot correspond to an orbit. Orbitals plus orbits are not even the same form.

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