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Conceptual Problems in Physics 1404: Understanding Quantum Mechanics, Assignments of Physics

A set of multiple-choice questions related to the concepts of quantum mechanics, including the bohr model, heisenberg uncertainty principle, electron spin, and pauli exclusion principle. Students are asked to fill in true or false answers for each statement.

Typology: Assignments

Pre 2010

Uploaded on 03/10/2009

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Download Conceptual Problems in Physics 1404: Understanding Quantum Mechanics and more Assignments Physics in PDF only on Docsity! CONCEPTUAL PROBLEMS, Chapter 28 Phys 1404, Dr. Huang Fill in a T/F answer for each statement below: 1. [ ] Bohr's model was very successful to explain line spectra of helium. 2. [ ] Quantum mechanics is a probability theory, not a deterministic one. 3. [ ] From the quantum mechanics point of view, the future motion of an object can not be predicted precisely. 4. [ ] It is not possible to make a measurement of an object without somehow disturbing it. 5. [ ] Heisenberg uncertainty principle states that both the position and momentum of an object cannot be measured precisely at the same time. 6. [ ] Electron cloud can be considered as a probability distribution for electrons. 7. [ ] In quantum mechanics, the state of an electron in an atom is described by five quantum numbers. 8. [ ] For each orbital quantum number l, the magnetic quantum number can take 2l+1 possible values. 9. [ ] An electron can have three possible spin states: spin up, zero spin, and spin down. 10. [ ] Pauli exclusion principle states that no two electrons in an atom can occupy the same quantum state. 11. [ ] In ground state, the outer electron of a sodium atom occupies the M shell. 12. [ ] The maximum number of electrons that can be in a p subshell is 10.
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