How does atomic absorption spectroscopy (AAS) rely on the absorption of light by atoms to excite electrons to higher n levels?
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what is n in chemistry
- How does the total number of nodes (radial + angular) for an orbital relate to n and l?
- How does n influence the size and shape of atomic orbitals (s, p, d, f)?
- In fusion research, the behavior of plasma containing ions with different electron configurations (determined by n) is crucial. How does the understanding of atomic energy levels help in diagnosing the conditions within a fusion reactor?
- How does the shape of atomic orbitals (s, p, d) relate to the angular momentum quantum number (l), and how does n influence the size of these shapes?
- What is internal conversion, a non-radiative transition between electronic states of the same spin multiplicity but different n?
- How does the intensity of spectral lines depend on the population of the initial energy level (related to n) and the transition probability?
- Are there quantum numbers for nucleons that are analogous to n, l, ml, and ms for electrons?
- What is the band gap in a semiconductor and how does its size relate to the energy difference between filled valence bands and empty conduction bands, which originate from atomic orbitals with specific n values?
- How does the size of atoms generally vary across a period and down a group, and how is this related to n?
- How does doping a semiconductor affect its conductivity by changing the population of electrons in bands originating from different n levels?
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