PHYS 041C- Midterm Exam Guide - Comprehensive Notes for the exam ( 62 pages long!)
University of California - Riverside
Physics & Astronomy
[PHYS 041C] Comprehensive spring guide including any lecture notes, textbook notes and exam guides.find more resources at oneclass.com
What was the most confusing or difficult topic in the reading?
This may be something you think you now understand or something
that you still don't understand after reading the book.
● How does distinction factor into whether the eigenvalues are orthogonal?
● This derivation confused me the most:
As to why we can subtract inside the parentheses.
● The hidden variable theory, and the spooky distance was confusing to
understand (the logic behind it).
How many eigenvalues are there for the parity operator?
● Two eigenvalues for the parity operator: + 1and − 1 after simplifying
Are the eigenfunctions for a given Hermitian operator orthogonal for all
Hermitian operators or only some Hermitian operators?
● Yes, the eigenfunctions in question are orthogonal for all Hermitian
operators, since any Hermitian operation produces a distinct eigenvalue.
If the operators for two observables commute, is it physically possible to know
both observables simultaneously with no uncertainty?
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