



In surface science, how do surface states arise from the termination of the bulk lattice and the altered electronic environment of surface atoms (whose orbitals have specific n)?
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what is n in chemistry
- Why do outer electrons experience a weaker effective nuclear charge than inner electrons?
- 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?
- How does doping a semiconductor affect its conductivity by changing the population of electrons in bands originating from different n levels?
- What are the possible values of l for a given n?
- How does n relate to the angular momentum quantum number (l)?
- In quantum computing, how are the energy levels of atoms or ions (which are quantized and described by n) used to define qubits, the fundamental units of quantum information?
- How do the optical properties of solids (e.g., absorption, reflection, transmission of light) depend on the electronic band structure, which is rooted in atomic orbitals with certain n values?
- What is Hund's rule and how does it relate to electrons within the same n and l values?
- In plasma physics, where atoms are ionized, how is the concept of n still relevant for the remaining bound electrons?
- How does ionization energy generally vary across a period and down a group, and how is this related to n?
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